First, the third generation synchrotron radiation light source with the highest energy in the world

SPring-8, a large-scale synchrotron radiation facility in Japan, is located in Harima Science Garden City, Hyogo) in Hyogo Prefecture, the center of the Japanese archipelago. It is the third generation synchrotron radiation source with the highest energy in the world. Its English name is Spring-8, which means "8GeV Super Photon Ring", that is, the output power is 8 GeV.

In 1991, under the leadership of MEXT (Ministry of Education, Culture, Sports, Science and Technology), Jaeri (Japan Atomic Energy Research Institute) and Riken (the Institute of Physical and Chemical Research) of Japan began to jointly build SPring-8. The construction cost of the first phase is about 110 billion yen, and the land is donated by Hyogo Prefecture for free. With the joint support of the county government, the county university, various research institutes and commercial enterprises, the project was completed in 1997, and the facilities were opened, which were managed by JASRI (Japan Synchrotron Radiation Research Institute), including the operation, maintenance, transformation, user service and scientific research and development of light sources. JASRI is the only statutory management organization of SPring-8, which is private and non-profit, and employs more than 1,000 employees, 80% of whom are researchers and technicians. From October 1997 to 2010, SPring-8 has built 55 beam line stations.It has served more than 100,000 people in science, industry and business circles in Japan and the world.

Spring-8 in Japan, advanced photon source APS (Argone) in Argonne National Laboratory of the United States and European synchrotron radiation facility ESRF (Grenoble) in Grenoble, France are the three largest high-energy synchrotron radiation facilities in the world.

　　　

Geographical map of SPring-8 (image from Google)

SPring-8 is used in many scientific and medical fields, such as:

* Material science: studying the atomic and electronic structures of advanced materials, material properties under extreme conditions, etc.

* Biomedicine: analyzing protein structure, studying life mechanism, drug design and improvement, using phase contrast imaging method to perform high-resolution imaging of biological samples, etc.

Chemistry: kinetics under catalysis, atomic and molecular spectra, ultra-trace elements and their chemical properties;　

Environmental science: catalysts for analyzing the environment, and trace elements of environmental pollution in biological samples;　

:: Earth and Cosmic Science: Analysis of the structure and characteristics of deep crustal materials, and the structure of meteorites and cosmic layers;　

* Industry and nuclear physics: using photon energy to study quark nuclear physics, etc.

　　Bird’s eye view of SPring-8

　　SPring-8 storage ring built around the mountain

Links: Some specific data of SPring-8.　

* area: covering an area of 141 hectares, it is 36 times larger than Koshien Ballpark, 30 times larger than Tokyo Dome Stadium and 2.8 times larger than Tokyo Disneyland Theme Park. The large storage ring has a diameter of 457 meters, which is longer than the length of four football fields, and its circumference is about 1436 meters.　

* Operating expenses are affected by the economic crisis, and are reduced almost year by year;

* Usage fee: 60,000 yen/hour. However, if scientists disclose their research results after this experiment, the use of light sources is free.　

* Energy consumption: The Kansai Electric Power Co., Ltd. provides dedicated high-voltage power. In 2009, the annual electricity consumption was 178 million kilowatts, equivalent to the average annual electricity consumption of 49,000 households, costing 190 million yen; Natural gas is provided by the Technopolis Branch of Osaka Gas Co., Ltd. In 2009, it used 1.31 million cubic meters, equivalent to the gas used by 3,300 ordinary households, costing 80 million yen. Water is the responsibility of Three Cities-Towns’ Water and Sewage Office. In 2009, it used 280,000 tons of water, which is the same as the water used by 650 families for one year, costing 100 million yen.　

Second, historical review

October 1988: A cooperative group of Japan Institute of Atomic Force (JAERI) and Institute of Physical Chemistry (RIKEN) was established to design and develop large-scale synchrotron radiation facilities.　

June, 1989: The site was located in Sowing Science Garden City in Hyogo Prefecture.　

December 1990: Japan Synchrotron Radiation Research Institute (JASRI) was established.　

November 1991: SPring-8 project started.

May 1993: SPring-8 User Association was established.

October 1994: The "Law on the Promotion and Generalization of Synchrotron Radiation Facilities" was implemented, and JASRI was designated as "the institution to promote the research and use of Synchrotron Radiation".　

March 1997: Synchrotron radiation successfully emerged for the first time.　

October 1997: The project was completed. Light source on.　

March 1998: The first SPring-8 user seminar was held.　

May 1998: The current with a beam of 100mA was successfully stored in the storage ring.　

June 2000: The first contracted beam line station began to operate.　

August 2000: 25-meter-long undulator was installed.　

October 1st, 2005: JAERI, Japan Atomic Energy Research Institute, was reorganized into JAEA(Japan Atomic Energy Agency), and left SPring-8. The light source is jointly managed by JASRI and RIKEN.　

July, 2006: "Law on the Promotion and Generalization of Synchrotron Radiation Facilities" was amended as "Promoting the Publicity of Major Advanced Scientific Research Facilities".

March 2007: JASRI was elected as the only registered institution to promote the use of facilities.

October 2007: A grand ceremony and discussion were held to celebrate the 10th anniversary of the successful operation of the light source.

June 2009: SPring-8 received the 100,000 th user since its opening.

Third, structural exploration

The accelerator of SPring-8 mainly consists of four parts:　

* injector, Linac, 1GeV；;　

* Booster, 8 GeV;

* large Storage Ring, storage ring, 8GeV, used for high brightness X-ray;　

* Small storage ring, NewSUBARU, 1.5GeV, used for medium short pulse soft X-ray.

　　1. Injector (Linac)　

The linear accelerator section is equipped with 26 3-meter-long accelerating units to accelerate the electron beam energy to 1GeV. The red part in the picture below is a quadrupole magnet used to focus the electron beam.　　

Linear accelerator unit 1　

The electron beam is generated by a thermionic gun impregnated with barium and tungsten. The ion gun is located on the high-voltage board with a voltage of about 180KV. The pulse duration is 1ns or 40ns. The selected beam is focused on a buncher and accelerated to 1GeV energy with 25 accelerating cavities. Electron beam energy dispersion is reduced by energy compressor system (ECS). Then, the linear accelerator as the injector transports the electron beam to the intensifier or the NewSUBARU small storage ring.　

Some parameters of linear accelerator:

2. Booster Synchrotron

Annular, with a circumference of 396 meters. The 1GeV electron beam output from the linear accelerator will be accelerated to 8GeV in the intensifier. The blue image below shows the deflection magnet, which is used to generate synchronous radiation light; The yellow part is a six-stage magnet for stabilizing the electron beam.

Intensifier tunnel intensifier branch point (left) electron beam transport line SSBT (right)　

In FODO, the magnetic focusing structure of the intensifier, bending magnets and quadrupole magnets are alternately arranged, and the repetition frequency of injection, acceleration and output is set to 1Hz, and the harmonic number is 672. If a single beam is injected into the storage ring, an RF elimination system is installed to eliminate other electron beams adjacent to the main beam. The special timing system injects different beams according to the types of light required by each outlet station of the storage ring.　

Some parameters of the enhancer:

3. The large Storage Ring (storage ring)

The electron beam is injected into the storage ring from the transport line SSBT (left).

Huge ring with a circumference of 1436 meters. Its conventional unit consists of 2 deflection magnets, 10 four-stage magnets and 7 six-stage magnets, and its length is about 30 meters. The linear joints are located between conventional units, and are used to install plug-ins, RF accelerating cavities, beam injection systems, beam diagnosis systems, etc., with a total of 44 linear joints.　

Some parameters of large storage ring:

The large storage ring can store 8GeV electron beams for a long time, more than 100 hours. The energy consumed by synchrotron radiation is replenished by accelerating equipment installed in four radio stations around the storage ring. The constant current (top-up) injection mode effectively ensures the constant beam current intensity in the storage ring.　

Link: The 86th academic seminar of the Oriental Science and Technology Forum was held on December 7-8, 2006, with the topic of "beam orbit stability of the third generation synchrotron radiation light source".　

Dr Kouichi Soutome from Japan synchrotron radiation research institute (JASRI) gave a special report on "constant current injection and beam orbit stability of SPring-8". He first emphasized the necessity of providing users with a stable X-ray beam for precision experiments. In order to stabilize the beam position, it is necessary to restrain the beam trajectory change. He pointed out that the top-up injection mode with constant beam intensity in the storage ring can effectively ensure the stability of the synchrotron radiation light intensity. For this reason, SPring-8 has made great efforts to study the sources of various factors that cause orbit change, such as the change of magnet power supply and the vibration of vacuum chamber caused by cooling water.

SPring-8 also improves the beam trajectory correction system and the corresponding measurement system. For top-up implantation, SPing-8 adopts many measures, such as reducing the vibration of stored electron beam caused by implantation, reducing the loss of implanted electron beam, and maintaining long-term high-purity single beam implantation. Finally, he reported the stability of SPring-8 in beam orbit and the performance of top-up injection operation mode. The total current stability in SPring-8 storage ring is controlled within 0.1%, and the current intensity inconsistency of each beam is also controlled within 10%.　

4. NewSUBARU

　　NewSUBARU storage ring　

NewSUBARU, a small storage ring with 1.5GeV, is mainly used to study the application of soft X-ray in industrial field. Built in 1998, Lasti (Laboratory of Advanced Science and Technology for Industry) of Hyogo University is responsible for its operation.　

The circumference of the small storage ring is about 119 meters, and it consists of two 14-meter and four 2.6-meter straight-line sections. In the long straight section, an 11-meter-long undulator and an optical klystron free electron laser device are installed. The electron beam of 1GeV in the linear accelerator can be directly injected into the storage ring.

　　11-meter-long undulator

Some parameters of small storage ring:

Four, beam line and experimental station

SPring-8 has 22 beam lines led by deflection magnets, and up to 24 can be built. There are 26 beam lines led out by the insert, up to 34 can be built, and the length of the straight line section is 4.5 meters; There is one beam line led by the long insert, and at most four beams can be built, and the length of the long straight line section is 25m. These beam lines are generally designed within 80 meters, but 9 can extend to 300 meters and 3 can extend to 1 kilometer.　

1. Layout and classification　

The front-end assembly of the beam line is designed to withstand radiation power, reduce the thermal load of the first optical element in contact, and protect the vacuum of the storage ring in case of beam line failure.

　　Beam line front end

　　Beam line

* common beam line

* Japan Atomic Energy Development and Research Institute (JAEA) beam line

* RIKEN beam line

* Other unit beam lines

* accelerator beam diagnosis

* Taiwan Province’s exclusive beam line

Taiwan Province National Synchrotron Radiation Research Center has built two hard X-ray beams dedicated to Taiwan Province on SPring-8: for the study of biological structures and materials and inelastic X-ray scattering. Taiwan Province has 75% to 80% of the usage time.

chronicle of events

December 18th, 1998: Signed the cooperation memorandum and contract of SPring-8 Taiwan Province exclusive beam line.　

October, 2000: Research on Biological Structure and Materials: The beam line came out and started trial operation. Derived from the deflection magnet of the storage ring, it can be used for researchers to engage in experiments such as X-ray absorption spectrum, high-resolution X-ray scattering, protein crystallography and micro-area diffraction, conduct forward-looking scientific experiments in life science, physics and chemistry, and open up new research fields of various cutting-edge materials.　

December 15th, 2000: Opening ceremony of beam line was held.　

At the beginning of 2001: Inelastic X-ray scattered beam line, which is led out by the storage ring frequency-concentrating magnet, is used for researchers to conduct cutting-edge research on high-coherence electronic systems (high-temperature superconductivity and giant magnetoresistance prospective materials).　

December 2, 2010: The 10th Anniversary Celebration of Taiwan Province’s Exclusive Beam Line was held. Up to now, 483 projects and 1657 experiments have been carried out, and 233 SCI papers have been published in internationally renowned scientific journals, which has a broad user base and fruitful results.

2. Introduction of some experimental stations

* BL02B2 (powder diffraction)

A large Debye-Scherrer camera with a radius of 286.5mm was installed in the shed. Its imaging plate is the detector, which is used to collect all powder patterns synchronously. The camera can be used in a wide temperature range (15 k—1000 k), and it can realize the rapid collection of high calculation statistics and high angular resolution powder diffraction data.

* BL04B1 (high pressure and high temperature)

SPEED-Mk. II, a high-pressure equipment, is a double-layer 1500-ton tamping multi-anvil press. It uses 14*14*14mm sintered diamond anvil to produce high pressure and high temperature conditions, reaching 50 GPa and 2000oC. It can complete the experiments of energy dispersive X-ray diffraction and high-speed CCD imaging.

* BL08W (high energy inelastic scattering)

Compton scattering magnetic spectrometer is mainly composed of 3 T superconducting magnet and 10 germanium solid state detectors (SSDs). Superconducting magnet can switch the magnetic field from -3 T to 3 T within 5 seconds. Germanium SSDs are symmetrically arranged around the grazing X-ray beam, achieving a scattering angle of nearly 180 degrees. The sample temperature is controlled by a cryocooler, which is between 10 K and room temperature.

* BL13XU (surface and interface structure)

Ultra-high vacuum chamber (used for the surface of crystal materials such as metals and semiconductors) is installed on a huge X-ray diffractometer (3m in diameter and 2.3m in height). The cavity is equipped with standard surface analysis tools, such as LEED and RHEED.

* BL19B2 (Engineering Science Research I)

The mid-band hard X-ray beam station led by the bending magnet is open to industrial users. The main technologies are X-ray absorption, diffraction, scattering and imaging. It has three experimental shacks:

Shack 1: XAFS. The distance from the light source is 51m, and the length * width * height are 4m*3m*3.3m respectively. X-ray absorption and fine structure measurement were carried out in transmission and fluorescence modes, and high-energy X-ray fluorescence (XRF) analysis was carried out.

Shed II: X-ray diffraction. It is 77m away from the light source and 5m*4m*3.3m in length * width * height. The multi-axis diffractometer was installed to measure the residual stress and analyze the film structure, and the Debye-Scherrer camera was used for powder diffraction research.

Shed III: The distance from the light source is 111m, and the size is 8m * 4m * 3.3m.. X-ray imaging technology is used to observe industrial materials.

* BL27XU (soft X-ray photochemistry)

The C2a experimental station of the beam line is equipped with a hemispherical high-resolution electron energy analyzer (Gamma Data-Scientita, SES-2002) for studying free atoms and molecules. The sample gas is injected by MB Scientific AB. The decrease of resolution caused by Doppler effect of the gas sample will reduce the kinetic energy of the molecular beam source.

* BL35XU (high resolution inelastic scattering)

IXS spectrometer is a special scientific instrument, which needs very precise "arm" movement, and the "arm" is long and heavy, 10 meters, 6 tons (below), and it has to rotate at a large angle: 55 degrees. Its length is to ensure good energy resolution (?1 meV), and its weight is in the vacuum flight orbit to prevent the scattering and absorption of X-rays. In addition, vacuum insulation is used to control the temperature (MK) of optical instruments very accurately.

* BL37XU (trace element analysis)

This beam line is specially designed for all kinds of "X-ray fluorescence analysis".

Shed 1: equipped with high spatial resolution X-ray microprobe, multifunctional X-ray diffractometer, X-ray fluorescence analyzer and high-energy X-ray fluorescence spectrometer.

Shed 2: equipped with grazing incidence spectrum reflectometer and low vacuum scanning electron microscope SEM.

* BL15XU（WEBRAM）

Intelligent dual-angle photoelectron analyzer (DAPHNIA) is used to measure photoelectrons and Auger electrons, and the "takeoff angle" can be set separately. Provide large photoelectron kinetic energy up to 4800 eV. The instrument has shown good performance in using high energy excitation beam. For example, electron excitation in a deeper core layer or the application of high kinetic energy photoelectrons.

* BL24XU (Hyogo Prefecture)

The following picture shows the instrument used for X-ray microanalysis in the beam line shed C. The instrument uses a phase zone plate to form a strong X-ray microbeam, which can be used in many fields, such as two-dimensional drawing of trace elements in samples, micro-diffraction of polymers and stress analysis in laser diodes.

* BL23SU (actinide science I)

The following picture shows a high-resolution photoelectron spectrometer and a soft X-ray magnetic circular dichroism (MCD) for measurement. The energy resolution of photoelectron spectrometer is less than 2 meV. The maximum magnetic field measured by MCD’s superconducting magnet is 10 t. These two instruments are used to study the electronic structure of actinide materials, such as uranium compounds.

* BL45XU (structural biology I)

There are two experimental stations for structural biology research. Protein Crystallography Experimental Station uses MAD method in the field of X-ray crystallization, that is, multi-wavelength abnormal diffraction to utilize synchrotron radiation. The trichromator for protein crystal installed on the goniometer can generate three different wavelengths of X-rays.

　　angular instrument

V. Major scientific research achievements

1. Uncover the secret of the mysterious structure and movement mode of water molecules.

Water is a familiar substance, and the structure of water molecule H2O is well known. But perhaps people haven’t thought deeply: where does ice store huge cooling energy? Why is the density of water the highest at 4oC? But above or below 4oC, the water density decreases? Why is the density of solid ice less than liquid water?

Japanese scientists analyzed the structure of water and ice in SPring-8, and some new discoveries solved the long-debated problem about the nature of water. They successfully conducted Compton scattering experiment by using high-energy inelastic scattering beam line BL08W, directly observed the structure and function of ice at high resolution, and verified the accuracy of molecular dynamics simulation. This basic research result can help to develop thermal storage materials and analyze the thermal storage of new materials in the future. The paper was published in the top American science journals.

In fact, as early as 2008, scientists from RIKEN Institute of Physics and Chemistry in Japan proposed two water states with different hydrogen bonding modes by using BL17SU beam line and soft X-ray spectrum of SPring-8, as well as small angle scattering and Raman scattering.

2. Develop general-purpose plastic materials as strong as iron.

Plastic products such as plastic bags and plastic buckets have become widely used and indispensable items in our daily life because they are light, waterproof and cheap. But at the same time, it also has some disadvantages: low tensile strength, easy deformation and not high temperature resistance. They are synthesized from polymers such as polyethylene and polypropylene, and their structures at the molecular level are composed of long chains of carbon atoms. This "string" structure of polymer makes plastic products as soft as biomaterials. However, scientists have found that the tensile strength of materials will increase with the increase of polymer chain length; When carbon chains have tensile strength similar to covalent bonds of carbon atoms in diamonds, general plastics will harden, but they will not have diamond-like strength.

Distinguished professor Hikosaka of The Graduate School of Integrated Arts and Sciences (Hiroshima University) focuses on the study of polymer long chains and their structural and characteristic changes. He examined the blending phase structure of polyethylene long chain and its influence on properties by X-ray diffraction and other methods. The growth mechanism, sliding and diffusion effect mechanism of ideal polymer crystals are formulated. In 1987, the "sliding diffusion theory of polymer crystallization" was put forward.

The research team led by Professor Iwasaka and his doctoral student Kiyoka Okada, who used BL40B2 beam line in 2003-2007, observed the process of nuclear nucleation. ) From 2007 to 2010, using the X-ray scattering device of SPring-8, a new polypropylene-based plastic with strong tensile force and super heat resistance was successfully developed for the first time: NOCs(nano-oriented crystals).

The reason why ordinary plastics have poor tensile strength is because of low crystallinity. High-quality plastics are those with crystallinity of about 50%. In other words, the higher the crystallinity, the stronger the intermolecular interaction, and the stronger the tensile strength and heat resistance. When polymer molecules are regularly arranged, crystals form. Therefore, in order to improve the crystallinity, it is necessary to arrange the polymer molecules regularly as much as possible.

Professor Masamichi Hikosaka, Dr. Kiyoka Okada, holds a new type of polypropylene.

The research team led by Professor Iwasaka found a method to make polymers regularly arranged when plastics are in molten state, and proved that the crystallinity of the method is 92%. Because the structure of NOCsS looks like a real armor, it is composed of small pieces of iron plates, so the model is called "real armor" model. The tensile strength of the new polypropylene is about seven times higher than that of the ordinary plastic material, the heat-resistant temperature reaches 170°C or higher than 176°C, the light transmittance is 99%, and it is recyclable and cheap, because only one process is needed in the traditional polypropylene production process.

This wonderful new plastic material is most likely to be used in the transformation of steel body in traditional automobile industry. Although the thickness of the body will be doubled, its weight is only a quarter of that of steel.

3. Analyze the change of dynamic structure of calcium pump.

A variety of ions participate in the biological activity of organisms. Calcium 2+ ion promotes muscle movement and is one of the most important ions in organisms. It is stored in the endoplasmic reticulum of myofibrils. When calcium ions are released into muscle cells, muscles contract. At the same time, calcium ions need to return to the endoplasmic reticulum to relax the muscles. A membrane protein called calcium pump is responsible for pumping back calcium 2+ ions.

Pumping back calcium ions involves two processes: obtaining and releasing, and the structure of calcium pump changes accordingly. Chikashi Toyoshima (Institute of Molecular and Cellular Biosciences of the University of Tokyo) first discovered this structural change and analyzed the calcium pump structure in nine states.

His research results were published in the British journal Nature in 2000, 2002 and 2004. In view of this series of outstanding achievements, Professor Toyoda was awarded the Asahi Prize in 2009.

　　A certain state in the reaction cycle of calcium pump

Left: Schematic diagram of structural changes of calcium pump. The figure shows a link of structural change in the calcium pump reaction cycle: ATP is bound and Ca2+ ions are trapped in membrane proteins. The structural changes in the middle are presented in gray.

Right: cover of Nature magazine in 2000.

4. Discovery of new magnetic materials on meteorites

Every year, thousands of tons of meteorites fall to the earth. Although their surfaces are burnt black, their internal metal and mineral components remain unchanged, so they are called "fossils" in space. It provides powerful evidence for human beings to understand the mysteries of the solar system.

Masato Kotsugi, JASRI) of Japan Synchrotron Radiation Research Institute used the Photoelectron Emission Microscope (PEEM) on BL25SU beam line of SPring-8 to analyze the structure of iron meteorites. Iron meteorite is composed of α phase rich in iron and γ phase rich in nickel. Dr. Xiao Shan confirmed that there is a nano-scale mineral layer at the interface between iron and nickel, which is called Tetrataenite. However, it does not exist on the earth and will become an excellent new magnetic material. Dr. Xiao Shan further analyzed the characteristics of Tetrataenite, which is composed of 50% iron and 50% nickel, and the iron and nickel atoms are alternately arranged, which is a regular periodic crystal structure. It produces a kind of hard magnetism, that is, the magnetization direction will not change easily. Famous hard magnetic materials include permanent magnets and materials used in engines of hybrid vehicles.

Another important discovery of Dr. Xiao Shan: Tetrataenite will be a potential substitute in hard disk manufacturing. Platinum is an indispensable material for the next generation hard disk, but it is a rare metal, and its price is rising. At present, the demand for platinum has exceeded its production capacity. About 2 tons of platinum is used in global hard disk production every year. If Tetrataenite synthesized by iron and nickel can be used as hard disk material, the consumption of platinum will be greatly reduced, thus promoting resource conservation and low-cost production of hard disks.

Chiharu Mitsumata (Toho Kyu University) of Tohoku University in Japan is carrying out basic research on the synthesis of Tetrataenite.

As a result, Dr. Koyama and Professor Sanyan won the second place in Dubose-Crouse Award (international metallic graphic contest) in 2010.

　　Dr. Masato Kotsugi Professor Chiharu Mitsumata

　5. Successfully developed all-solid-state safety battery by nanotechnology.

Professor Hiroshi Kitagawa (Kyoto University) of Kyoto University and Dr Rie Makiura (Kyushu University) of Kyushu University have studied nano-scale silver iodide (AgI) particles. They proved for the first time in the world that it is possible to realize stable solid electrolyte at room temperature. This research achievement is highly valued because of its great development potential. The paper was published in the British scientific journal Nature Materials in May 2009.

6. the three-dimensional structures of Rab27B and Slac2-a are analyzed.

In 2004, Dr. Mitsunori Fukuda (Tohoku University) of the Graduate School of Life Sciences of Northeastern University clarified the transmission mechanism of melanin in melanocytes at the molecular level. In 2008, in cooperation with Shigeyuki Yokoyama of RIKEN Institute of Physical Chemistry, he successfully analyzed the three-dimensional structures of Rab27B and Slac2-a in BL41XU Experimental Station of Structural Biology on SPring-8. Their structural data will greatly promote the research and development of new skin whitening products and drugs to prevent white hair.

7. The new chewing gum Pos-Ca can effectively prevent tooth decay.

Dr. Tomoko Tanaka (the Health Science Laboratory of Ezaki Glico Co., Ltd.) found that calcium phosphate oligosaccharide supported the remineralization of teeth, which promoted the appearance of new chewing gum with calcium phosphate oligosaccharide (Pos-Ca).

Left: Tomoko Tanaka in SPring-8 Lab Right: New Chewing Gum.

8. Research and development of new drugs against influenza virus

Influenza virus consists of eight RNA genes, and there are two types of spike proteins on the surface of virus particles: hemagglutinin (HA) and neuraminidase (NA). Because of its simple structure, the virus cannot replicate itself. However, they can be skillfully replicated by using the replication system of human cells after invading human host cells.

HA, like a key, can invade the human body after combining with glycoprotein on the cell surface. NA plays an important role in the separation and release of progeny virus from cells, and is an enzyme that helps the virus infect other bacteria. The amino acids that make up the above two proteins are prone to mutation. So far, scientists have discovered 16 kinds of HA and 9 kinds of NA proteins. These protein are arbitrarily combined into various types of influenza viruses (H1N1–H16N9). For example, influenza A H1N1, which was prevalent in 2009, and H5N1 virus, avian influenza, which became prevalent in 1997.

Influenza virus encodes 10 kinds of proteins, among which RNA polymerase is very important in virus gene replication. It includes three subunits: PA, PB1 and PB2. When one of them is lacking, RNA polymerase loses its enzyme function and the virus cannot replicate. Therefore, if we can determine the three-dimensional structure of these three subunits, we can block the function of RNA polymerase.

In July 2008, Dr. Sam-Sam (Graduate School of Nanobioscience, yokohama city university) successfully analyzed the combined structure of PA and PB1, and analyzed the enzyme structure related to virus replication, which will accelerate the research and development of new antiviral drugs. It is not far away to realize the wish that people don’t have to worry about the flu in winter.

　　Left: schematic diagram of RNA polymerase subunit; bottom right: RNA polymerase subunit structure.

　　Top right: the complex of PA(239-716) and PB(1-81) was successfully crystallized, BL41XU, SPring-8.

9. Reveal the secret of solar system formation by analyzing comet dust.

The American Stardust Project, 1999-2007) collected scattered dust samples of comet Wilder II (81P/Wild) and brought them back to Earth. It is expected that by analyzing these samples, information about the origin of comets and the entire solar system 4.6 billion years ago can be obtained.

Dr. Tomoki Nakamura (Kyushu University) of Kyushu University has conducted in-depth research on comet dust. He used the X-ray diffraction experimental device of BL37XU on SPring-8 and the synchrotron radiation facility of KEK to analyze and determine the crystal types and abundance ratio of dust. After that, Professor Akira Tsuchiyama (Osaka University) used the CT scan of BL47XU to visualize the internal structure of comet dust.

Dr. Nakamura found that "meteorite chondrules" originated from comet dust outside the solar system, so they can no longer be explained by the traditional model of solar system formation. "Meteorite chondrules" are the main components of ancient meteorites, rich in magnesium, silicon and a small amount of iron. The doctor believes that the migration of "globules" occurred in the primitive solar system composed of dust disks; However, he said that the analysis accuracy of at least 20 samples will be improved to obtain statistically significant conclusions. He will also continue to carry out comet meteorite dating and determine the migration time. It is expected that a new solar system formation model will be established soon.

10. Nanotechnology promotes the innovation of "new materials"

The shape characteristics of fullerenes discovered in 1985-containing 60 carbon atoms, like a football-have aroused widespread concern in the scientific community. In 1991, columnar carbon nanotubes were discovered. In January, 2008, Associate Professor Kitura & Hisa Nori Shinohara (Nagoya University) of Nagoya University successfully synthesized a nano-scale metal wire.

Carbon allotropes: diamonds and graphite, fullerenes and carbon nanotubes.

Pure gold is prone to oxidation reaction, but a very thin nanowire can exist stably in the air because nano-scale materials have a unique stable structure. In order to observe the internal structure of nanotubes, Associate Professor Bei Puliang conducted solid soft X-ray spectroscopy experiments at BL25SU experimental station in Spring–8. He observed that the absorption of Er by X-rays was unique, thus confirming that ErCl3 line was formed in carbon nanotubes.

Carbon nanotubes in fullerenes look like pods.

ErCL3 structural model (Er atoms in red and CL atoms in green)

Professor Tian Zhuo (University of Tokyo/RIKEN) of Tokyo University and Institute of Physical Chemistry is regarded as the most imaginative and productive polymer chemist in the world. In recent years, he took SPring-8 as an important research tool, and first successfully determined the structure of a new type of conductive graphite nanotubes. Then, he showed with solid evidence that the hydrophilicity and hydrophobicity of graphite molecules were closely connected in hydrophobic groups, forming tubular spiral molecular pairs. In addition, he also successfully designed a liquid crystal phase with short intermolecular programs. Both research results were published in the Journal American Chemical Society in 2008. In 2009, the design of "bicontinuous cubic liquid crystal materials in discoid molecules" was published on the cover of the magazine of American Chemical Society, and he also won the Polymer Chemistry Award of American Chemical Society.

Professor Takuzo AIDA, a New Graphite Nanotube

11. Develop earthquake observation technology.

With the joint efforts of Tokyo Institute of Technology, Japan Agency of Marine-Earth Science and Technology and Japan Synchrotron Radiation Research Center (JASRI), it is found that the deepest part of the earth’s core is made of iron with hexagonal close-packed structure. The state of metallic iron under ultra-high pressure and ultra-high temperature conditions is similar to the state of the earth’s core simulated by ultra-high pressure and ultra-high temperature. Scientists used SPring-8 high-brightness X-ray to observe the changes of single crystal structure of metallic iron, and found for the first time that the hexagonal close-packed structure was stable under extreme conditions of high temperature and high pressure. The analysis of the crystal structure is helpful to the analysis of earthquake observation and greatly strengthens people’s understanding of the formation and development of the core. This achievement was published in the American journal Science on October 15th, 2010.

12. Analyze the gel mechanism of self-assembly from the molecular level.

Recently, a joint research group of The University of Kitakyushu and JARSI announced that the molecular structure of the solvent in the gel state was analyzed on the BL03XU Advanced Soft Materials and BL40B2 Structural Biology II Experimental Station by using SPring-8 high-brightness synchrotron radiation. The research results benefit from organogelator (low molecular weight compound). As long as 1% solvent is added to it, the whole solvent will gel, which will greatly help to prevent environmental pollution caused by offshore oil spill. The paper was published online in the October 2010 issue of Polymer Journal.

Sixth, look forward to the future

The resolution of traditional optical microscope is limited by the wavelength of light, while the wavelength of X-ray is 10,000 times shorter than that of visible light, and the resolution reaches the atomic level, which means that the three-dimensional structure of a single atom in matter can be observed. X-ray is widely used in medical treatment, life science and material science. However, the light generated by X-ray light sources (including synchrotron radiation) is not uniform and the wave fields are inconsistent. Laser can produce uniform light by using a pair of mirrors. This urges scientists to make every effort to explore a new technology to realize a mirrorless laser, that is, XFEL: X-ray Free Electron Laser (XFEL). XFEL is an X-ray that combines the characteristics of free-electron laser. It is called the most promising new light source in the future with the most scientific exploration and discovery value. It is also called "dream light source" and "new dawn of the scientific era". It has the dual characteristics of laser and radiation light, and can work in the whole X-ray band. It is much better than the third generation synchrotron radiation light source in brightness, coherence and time structure, and is internationally recognized as one of the feasible technical routes of the "fourth generation light source".

The United States, Europe and Japan have successively developed XFEL, and raised it to the height of national strategy to deploy and implement it. LCLS(Linac Coherent Light Source, Stanford Linear Accelerator Center, USA), the first X-ray free electron laser device in the world, came out in 2009. The European Free Electron Laser Facility (European XFEL) is jointly participated by DESY of Germany and 11 other European countries. The core project is a 3.4-kilometer underground tunnel, which was officially started on July 1, 2010. It is expected to be completed in 2014 and the first scientific experiment will be conducted in 2015.

SPring-8 has already started the prefabrication and research of XFEL, and the accelerator prototype has successfully produced the first laser beam. In 2006, the XFEL project started. At present, the 700-meter-long 8GeV X-ray free electron laser device is under final construction and is expected to be put into operation in fiscal year 2011. exist

　　Yellow area: accelerator and beam line research and development building, in which the accelerator test prototype is installed.

　　Red area: the location of SPring-8 XFEL device, a joint project of RIKEN and JASRI.

　　Bird’s eye view of SPring-8 XFEL

1. Milestone memorabilia

April 2000: Draft XFEL concept design: compact and low cost.

October 2002: The development of short-time high-magnetic vacuum undulator was completed.

December 2003: The electron gun was successfully developed, with the highest emissivity in the world.

November 2004: XFEL’s R&D team was formed.

January 2005: MEXT, the Ministry of Education, Culture, Sports, Science and Technology of Japan, reported on the future research and development policy of optical and photonic technology, and XFEL will be established as an important national scientific research project.

April 2005: Development of 250MeV test accelerator was started. The Liberal Democratic Party working group of MEXT, Japan’s Ministry of Education, Culture, Sports, Science and Technology, identified the new generation of synchrotron radiation light source as "an important key technology at the national level".

May 2005: XFEL User Committee was established.

November 2005: The first electron beam successfully passed through the test accelerator, and it was confirmed that synchrotron radiation was generated.

December 2005: The Japanese government allocated 2.3 billion yen from the 2006 national budget for the construction and research of XFEL devices.

February 2006: RIKEN and RSAC of SPring-8 Advisory Committee pointed out that the combination of free electron laser XFEL and large synchrotron radiation facility SPing-8 is unique in the world, so Japan should take the lead in the construction of XFEL.

April 2006: RIKEN and JASRI, a Japanese synchrotron radiation facility research institute, set up the XFEL project cooperation office.

June 2006: The laser oscillation of 49nm UV X-ray was successfully completed in the test accelerator, and the light was successfully emitted.

July, 2007: XFEL device was officially started.

March 2009: The accelerator building and the building where the undulator is located were completed.

April 2009: Installation of electron gun, accelerating tube and undulator began.

May 2010: The construction of the experimental building was completed.

2.XFEL facilities

SPring-8′ s X-rays can produce light 10 billion times brighter than the sun, while XFEL produces light 1 billion times brighter than SPring-8, and the pulse is 1000 times shorter than the existing X-ray source. The higher brightness light source enables scientists to observe the three-dimensional structure of atoms and their ultra-fast motion more realistically.

Design parameters:

Electron beam energy: 8 GeV

Electron beam diameter: 40 um

X-ray wavelength: > 0.06 nm

X-ray peak power: 5 GW

X-ray pulse length: < 100fsec

X-ray peak brightness: 1033 photons/s/mm2/mrad2/0.1% b.w. 。

The original quality of electron beam determines the quality of free electron laser. Scientists have specially designed an ultra-high voltage thermal electron gun, which uses a single-crystal cerium-hexabromoboride cathode (CEB 6) to emit a fine, highly collimated and stable electron beam. Then, it is transported into the electron beam compression system, and the peak current will be strengthened to several thousand amperes.

The electron beam energy is rapidly increased to 8GeV by a C-band linear accelerator, and then transported into a vacuum undulator to generate intense XFEL radiation.

　　Electron gun and CeB6 emitter

　　Left: linear accelerator and C-band acceleration structure right: vacuum undulator

C-band linear accelerator was developed by SPring-8 and KEK. C-band acceleration gradient (35MeV/m) greatly shortens the length of the accelerator. The total length was originally an accelerator structure with a precision of 1282mia and micron, and it was finally installed in a tunnel with a length of 400m.

　　C-band linear accelerator

　　Vacuum internal undulator

3. Create new technologies

Coherent X-ray imaging technology: Microscopic images of various materials at atomic level can be obtained.

Imaging process: X-ray laser → sample → coherent scattering mode → phase recovery → clear structure image.

XFEL’s ultrashort pulse can detect the ultrafast motion of matter in femtosecond.

Protein Structure Analysis: The analysis of new materials will surely lead to the birth of new functional products in biology and medicine.

Living cell biology: Real-time data acquisition will open a new way for the study of living cells.

Nanotechnology: Ultra-short wave XFEL will help to create new functional materials.

With XFEL, scientists can observe extreme phenomena in astronomy, plasma science and basic physics.

The Institute for Molecular Science, Niigata University, Nagoya University and JASRI/RIKEN of the National Research Institute of Japan jointly studied the intense ultraviolet free electron laser irradiated to argon atoms, and successfully analyzed the specific process of multi-electron emission.

In order to accurately measure the fluctuation in free electron laser, scientists analyzed all the electronic energy of argon atom irradiated by laser pulse at the speed of 20 pulses per second. They found that the absorption of electrons and multiphotons only occurs when the light intensity is very high, and clarified the importance of resonance state in multiphoton absorption. The research results show that the research of nano-science, nano-technology and material preparation can be promoted by using X-free electron laser on the basis of selecting appropriate laser wavelength and corresponding resonance conditions. The paper was published in american physical society’s scientific journal Physical Review Express on September 24th, 2010.

Chinese academy of sciences institute of high-energy physics scientific research Chu Chinese academy of sciences scientific apparatus office

The information comes from http://www.spring8.or.jp/en/.

Vanke’s largest shareholder has changed.

On the evening of June 9th, China Evergrande (0333.HK) announced that it had transferred 1553210974 shares of Vanke A(000002.SZ) to Shenzhen Metro Group for 29.2 billion yuan, with a shareholding ratio of 14.07%.

Subsequently, Vanke Enterprise Co., Ltd. (000002.SZ) also announced that Shenzhen Metro Group Co., Ltd. will hold 3242810791 shares of Vanke A shares, accounting for 29.38% of the company’s total share capital, becoming the largest shareholder of Vanke.

According to the information disclosed by both parties, the consideration for the sale of Vanke A shares by Evergrande this time is 18.80 yuan/share. According to the previously disclosed data, the cost of holding Vanke A by Evergrande is 23.35 yuan/share. Evergrande’s loss from the sale of Vanke A shares was 7.07 billion yuan. Evergrande plans to use the proceeds from the sale mainly to repay the debts of the Group.

At this year’s performance conference of Evergrande, a reporter asked if he would be unwilling to accept Vanke’s investment loss. Xu Jiayin’s answer is, "How can you say that you are unwilling to do something? Everything you do is a pleasant thing."

For Shenzhen Metro, this is the second time this year that it has received the equity of Vanke.

On January 13th this year, Shenzhen Railway has bought 15.31% shares of Vanke A from China Resources. Together with the shares of Vanke bought from Evergrande this time, it has become the largest shareholder of Vanke with a shareholding ratio of 29.38%, while Baoneng has retired to the second largest shareholder of Vanke with a shareholding ratio of 25.4%, and Anbang is the third largest shareholder with a shareholding ratio of 6.73%.

At this point, Evergrande has completely withdrawn from the battle of "Bao Wan".

Since Evergrande first disclosed the purchase of Vanke A on August 4, 2016, Evergrande spent 36.273 billion yuan on the acquisition of Vanke A..

Before the sale of Vanke’s shares, Evergrande irrevocably entrusted the voting rights, proposal rights and the right to attend the shareholders’ meeting of Vanke to Shenzhen Railway on March 16, and Shenzhen Railway decided to exercise it at its own discretion. At that time, the agreed period was one year.

It is worth mentioning that after Evergrande made this decision, it also indicates that Evergrande will give up the nomination right of Vanke’s director candidates.

At that time, Shenzhen Railway once said that as an important shareholder and strategic investor of Vanke, Shenzhen Metro Group is optimistic about the future development prospects of Vanke and does not rule out continuing to increase its shareholding in Vanke in the future.

As the largest shareholder of Vanke, there is only about one month left before the lifting of the ban on Vanke shares held by Baoneng Department. According to the provisions of the Securities Law and the Measures for the Administration of the Acquisition of Listed Companies, in the acquisition of listed companies, the purchaser’s shareholding shall not be transferred within 12 months after the completion of the acquisition. According to the regulations of the CSRC, investors who acquire shares of listed companies and become the largest shareholder, but the shareholding ratio is less than 30%, should also abide by this regulation.

According to the fact that Baoneng was the largest shareholder of Vanke before, every time it increased its holdings, the shares held by its name and its concerted parties needed to be correspondingly extended and locked for 12 months. Up to now, the last time Baoneng purchased Vanke A was on July 6, 2016. Based on this calculation, Baoneng’s shares in Vanke A can be sold after July 6.

At the close, China Evergrande reported HK$ 16.64 per share, down by 0.12%. Vanke’s announcement on the same day showed that the company will resume trading on June 12.

According to the previous arrangement, Vanke will hold the 2016 annual general meeting of shareholders on June 30, 2017. However, the issue of "general election of the board of directors", which is generally concerned by the market, is still not mentioned in the agenda of this shareholders’ meeting. As of the end of June, Vanke’s board of directors will serve for three months.

In this regard, Vanke told The Paper that there is still no timetable for the re-election of the board of directors. According to Vanke’s statement when answering investors’ questions in Shenzhen Stock Exchange on May 16th, the change plan is being actively brewed, and once it is mature, it will start the change immediately.

One,Constantly improve the institutional systemconstruct, continuouspromoteInternal governancelevel

The Measures for the Administration of Horizontal Scientific Research Projects and Funds of Anhui University of Science and Technology, the Measures for the Administration of Vertical Scientific Research Projects and Funds of Anhui University of Science and Technology and the Measures for the Administration of Academic Lectures of Anhui University of Science and Technology were revised. Rules and regulations have been formulated, such as Measures for Project Management of Start-up Funds for High-level Talent Teams in Anhui University of Science and Technology, Interim Measures for Management of National Fund Project Incubator of Anhui University of Science and Technology, Pilot Work Plan for Granting Scientific and Technological Achievements Ownership or Long-term Use Right to Scientific Researchers by Anhui University of Science and Technology, and Measures for Management of Basic Scientific Research Expenses of Anhui University of Science and Technology, so as to further implement the scientific research management streamline administration, delegate power, strengthen regulation and improve services, create a strong scientific research atmosphere, release scientific research vitality, stimulate scientific research motivation and stimulate the output of achievements. We will continue to strengthen the informatization construction of scientific research management, continuously optimize business processes, "let data run more and teachers run less", realize online approval of all scientific research business applications for school seals, and continuously improve the convenience of scientific research business handling and the satisfaction of teachers and students.

Two, a major breakthrough in the construction of scientific research platform, ahead of schedule to complete the "Fourteenth Five-Year Plan" indicators.

The State Key Laboratory of Deep Coal Safety Mining and Environmental Protection, which was jointly declared and established with Huainan Mining Group, was officially approved by the Ministry of Science and Technology. It is the only university in Anhui Province that has been approved to reorganize the State Key Laboratory (only two universities in the province), and completed the "14 th Five-Year Plan" ahead of schedule and strived to be approved as a national scientific research platform. The "National Engineering Laboratory for Coal Mine Ecological Environment Protection" jointly established with Huainan Mining Group was officially unveiled and started construction.

Construction of scientific research room of national key laboratory started.

Approved as "Key Laboratory of Special Polymers in Anhui Province"; Four joint laboratories, such as "Key Laboratory of Intelligent Green Mining of Deep Coal Resources in Anhui Province" jointly declared by Huaibei Mining Co., Ltd. and other enterprises, were approved by the Science and Technology Department and the Education Department of Anhui Province; Anhui Industrial Innovation Research Institute, an advanced coal-based polymer material jointly declared with Zhongan United Coal Chemical Co., Ltd., has completed the project announcement. Two years ahead of schedule to complete the "14 th Five-Year Plan" in the key indicators of "new breakthroughs in national scientific research platforms and more than five new provincial and ministerial scientific research platforms".

Third, strengthen organized scientific research management,The number and quality of vertical scientific research projects have reached a record high.

60 national projects were approved, including 48 national natural science funds (an increase of 33.3% compared with the number of projects in 2022), and the number of approved projects reached a record high; One regional innovation joint fund of the National Natural Fund and five national key research and development projects were approved, and the number of national key projects approved each year reached a record high; Approved one annual project of the National Social Science Fund, one art project of the National Social Science Fund (approved for the first time in this category, only approved in Anhui Province this year), one youth fund project of humanities and social sciences of the Ministry of Education and one special project of humanities and social sciences counselors of the Ministry of Education; Approved 2 "Chunhui Plan" by the Ministry of Education; Approved one project funded by China Association for Science and Technology.

Approved 30 natural science funds of Anhui Province (including 2 outstanding youth funds and 4 outstanding youth funds, and the approved provincial outstanding youth project reached a record high); One key project of Anhui Philosophy and Social Science Planning Project was approved for the first time.

In 2023, a total of 460 vertical projects were approved, and the approved funds increased by 48% compared with 2022.

Fourth, the number and funds of horizontal scientific research projects have been continuously improved, and the ability to serve the industry and regional economic and social development has been continuously improved.

We continued to expand the breadth and depth of scientific and technological docking exchanges with local governments, enterprises and institutions, signed 15 strategic cooperation agreements with scientific research institutes and leading enterprises such as Huaibei Mining, Huaihe Energy, Wanbei Coal and Electricity, China Coal Xinji, China Academy of Work Safety, Shandong Energy Group, Tsinghua University Hefei Public Safety Research Institute, continued to carry out "scientific research going out" activities, and carried out more than 100 docking and achievement promotion activities in Industry-University-Research. We will promote the construction of scientific and technological achievements transformation platforms such as Wuhu Research Institute, Jincheng Research Institute, Yulin Big Data Wisdom Research Institute and Yangtze River Delta Emergency Industry Research Institute in an orderly manner, deepen the transformation of scientific and technological achievements, and continuously improve the ability of service industries and regional economic and social development. In the whole year, 544 horizontal scientific research projects were signed, an increase of 21% compared with 2022; The contract amount increased by 23% compared with 2022, including 24 contracts with a million yuan or more, an increase of 50% compared with 2022; Signed 61 contracts for the transformation of scientific and technological achievements, an increase of 307% over 2022.

The school signed a strategic cooperation agreement with four major mining groups in Anhui Province.

The annual vertical and horizontal research funding reached 382 million yuan, achieving a substantial increase in research funding.

The major projects undertaken by our school were signed at the Third Science and Technology Fair.

Five,The output of high-level scientific and technological achievements is remarkable, and the academic influence is constantly improving.

Successfully selected as "Anhui Intellectual Property Public Service Network Unit", it jumped to the eighth place in the top 100 list of invention patents in Anhui Province (ranking the first place in provincial universities), authorized 686 patents, and was approved as one project of improving the intellectual property operation ability of colleges and universities in Anhui Province. Published 810 high-quality papers, 47 academic monographs (translations), and submitted 11 research reports and decision-making consulting service reports. The school carried out centralized appraisal of scientific and technological achievements for the first time, and a total of 19 scientific and technological achievements passed the appraisal throughout the year.

Won 19 science and technology awards in Anhui province, including 10 awards with the school as the first completion unit; Won the first prize of Hubei science and technology and the second prize of natural resources science and technology; Won 1 patent Excellence Award in Anhui Province. Won 15 Science and Technology Awards of China Coal Industry Association in 2023, won 5 awards with the first completed unit, and won the special prize with the first completed person for the first time. Won the Innovation Team Award of China Occupational Safety and Health Association for the first time. He was awarded 4 science and technology awards by China Blasting Industry Association, 1 science and technology award by China Highway Society, 1 science and technology award by chinese geophysical society, 1 science and technology award by China Electronics Society and 2 science and technology awards by China Rock Mechanics and Engineering Society. The quality and quantity of awards reached a record high.

Group photo of some winners of special prize and first prize in coal industry in our school.

Six,Academic activities are constantly enriched, and the academic atmosphere is becoming increasingly strong.

In the whole year, more than 190 academic lectures were organized. A total of 24 academicians of China Academy of Engineering participated in the symposium on the sixth anniversary of the establishment of "Collaborative Innovation Organization for Coal Safety, Intelligent and Precision Mining", and provincial leaders Han Jun, Zhang Yunsheng and Ren Qinghua attended the conference activities successively. The school hosted the 6th Anhui Academician Innovation and Development Conference, the 2nd International Academic Forum on Mining Engineering Summit, the 2023 National Epidemiology Conference, the 2nd International Conference on Mining and Metallurgy, the 2nd International Conference on Dust Prevention and Control and Occupational Safety and Health, the National Sun Jianai Research Symposium, the 2nd Annual Meeting of Anhui Management Society and the 2023 "Double Carbon" International Management Forum. High-quality academic conferences such as the seminar on digital inheritance and development of Huainanzi culture have further enhanced the visibility and reputation of the school, effectively broadened the academic horizons of researchers, improved the quality of academic exchanges, and cultivated the academic literacy of young researchers.

Secretary Han Jun had a discussion with academicians attending the 6th anniversary symposium of collaborative innovation organization.

　　Zhongrui Chi and Chen Lihua, the president of Fuhua Group, who is a teenager older than him. (data picture)

　　Beijing Youth Weekly reported on May 7. Becoming famous because of "Tang Priest", being controversial because of marriage, and being calm because of Buddhism-

　　Born into a family of Peking Opera, he was deeply influenced by art since childhood and naturally embarked on the road of performing arts.

　　Passing Yang Jie, the director of The Journey to the West, made him become attached to Tang Priest, and successfully shaped the role of Tang Priest in The Journey to the West, becoming the last Tang Priest to "get the true scriptures";

　　His marriage with Ms. Chen Lihua, who is ten years older than him, has caused a lot of controversy, and he laughed it off.

　　After the marriage, he quietly walked off the stage, quit the screen, and then walked out of the public eye.

　　● Yesterday reappeared.

　　On December 23rd, 1952, Zhongrui Chi was born into a family of five generations of Peking Opera in Beijing. He was deeply influenced by the art of Peking Opera since childhood. However, Zhongrui Chi failed to take the road of Peking Opera in the end, for one thing, he was 1.80 meters tall, and for another, he caught up with the Cultural Revolution in China.

　　Although he didn’t enter Beijing Opera, the artistic edification he received since he was a child can’t be lost. Zhongrui Chi took a tortuous artistic path: first he worked as a farmer in Heilongjiang Construction Corps, and then he worked as a literary and art soldier in Yunnan. After he retired, he was admitted to China Broadcasting Art Troupe. Two years later, he was sent to Shanghai Theatre Academy to go to college and became the first batch of college students after the Cultural Revolution.

　　After graduation, Zhongrui Chi came to China TV production center and became a professional actor. He has shot a large number of film and television works, playing Du Mingguang in Golden Late Autumn. The second son Huan in "Love in the Pen"; Sun Shuikang, the leader of aquatic products in This is not a misunderstanding; Characters such as Sai Shang Xiao in Harbin at Night.

　　One day in 1984, Zhongrui Chi finished filming Harbin at Night and went back to the troupe to get his salary. In the dark corridor, he almost ran into an oncoming stranger, Yang Jie, the director of The Journey to the West.

　　At that time, The Journey to the West had just filmed half of it. Xu Shaohua, the actor of Tang Priest, had to leave the crew for some reason. Without the "master", the whole crew was in a state of downtime, and director Yang Jiezheng was so anxious about it that she met Zhongrui Chi.

　　"I have to say that this is the Buddha’s edge. When I passed by in the corridor, Yang Jie decided that I was the best candidate for Tang Priest. A week after we met, I put on my cassock and rode on Bai Longma. "

　　In 1988, The Journey to the West premiered in China, and the Tang Priest played by Zhongrui Chi was unanimously recognized by the audience. The four men became the most popular stars for a time, and attracted much attention wherever they went. However, at this moment, Zhongrui Chi chose to leave. He married Ms. Chen Lihua, the richest man in China, who was ten years older than him, and retired from the entertainment industry and started a new life.

　　Our reporter takes you to visit the new life in Zhongrui Chi.

　　They had a glorious history; They may have spent your youth with you; They used to be idols of a generation … Time flies and times have changed. Now they have bid farewell to their glory and started a new life. Show you their second life by comparing them. In this issue, the character-Zhongrui Chi is recorded.

　　"Late Chief" in Luxury Palace [nowadays]

　　At 9: 00 a.m. in a spring March, we arrived at the gate of China Red Sandalwood Museum on the northwest side of Gaobeidian Bridge in Beijing’s East Fourth Ring Road. Compared with the busy and congested streets in the morning rush hour, it was particularly spacious and deserted.

　　At the gate, a big boy wearing a security uniform just pushed out the wooden box for collecting tickets. Under his guidance, we bypassed the museum in front and came to the back. We walked past a stone bridge, and there was a building with more than ten floors. The exquisite decoration of the building made people think of the word "magnificent". Upstairs, in the middle of the building, the three golden characters "Lihua Pavilion" shine in the sun.

　　Walking into the interior of Lihua Pavilion, you will immediately feel the solemnity and luxury inside, just like walking into an ancient palace: there is a wide rosewood screen facing you, a huge and beautiful crystal chandelier overhead, all doors, windows and partitions are made of wood, with couplets and carved beams and painted buildings, and two elevators are hidden behind the antique wooden door frame, which makes people have to sigh the perfect combination of classical and modern.

　　This is a modern comprehensive building with a classical appearance, with office area, hotel, gym, swimming pool, KTV and so on.

　　We were taken into a reception room on the second floor. There are three floors in the room, which are still wooden doors, wooden windows and wooden floors. The outermost room is a rosewood screen, a plush chair and a mahogany long table, the second room is a circle of sofas and coffee tables, and the innermost room is a rosewood collapse. No sooner had we settled down in the plush chair than someone came in and poured tea.

　　After sitting for a moment, with the sound of footsteps coming from the corridor and the greeting of the staff, Zhongrui Chi came in. He was in a good mental state, flushed and with a gentle smile on his face. It is still the appearance of the Tang Priest in The Journey to the West in the past, and it is still a loud and magnetic voice. The opening remarks are: "As soon as you see this rosewood museum, you will understand what I have done since I left the audience for more than ten years, at a glance."

　　Why did Zhongrui Chi, who successfully shaped the role of Tang Priest in The Journey to the West, put aside his good performing career and open the rosewood museum instead? This has to start with his marriage.

　　In a resort hotel in Suzhou, Ms. Zhang and her family booked a 2-night stay, as well as a 2-day vegetarian meal and Chinese massage. "Our family has &lsquo; Yangkang &rsquo; After a while, the relevant policies have been relaxed, and our family has not traveled for a long time, so we hope to go out for fun, but unlike before, &lsquo; Yangkang &rsquo; After that, we paid more attention to healing tourism, instead of arranging too full a trip, mainly to relax ourselves and even add some rehabilitation projects. " Ms. Zhang said.

　　Ms. Zhang’s travel choices and ideas are typical representatives of many tourists this year. CBN recently publicly conducted a questionnaire survey on "Consumer Recovery, Will You Buy in buy buy?" After collecting more than 1,200 valid questionnaires, it was found that it was asked "Which fields of goods or services would you consume?" At that time, tourism ranked first, reaching 91.24%. In other words, tourism that can satisfy people’s spiritual pleasure consumption is what most people will choose in the consumer market this year, and many tourists’ willingness to travel this year is obviously strengthened compared with previous years.

　　After recent interviews and investigations, the First Financial Reporter learned that this year, with the recovery of outbound travel and the warming of inter-provincial travel, tourism will inevitably usher in recovery and business opportunities. After experiencing the epidemic, more tourists began to favor healing tours and some extended cultural tours with experience. Of course, how to restart the outbound travel business, do a good job in the derivative projects of Dawen Travel and attract tourism professionals are also challenges that the industry needs to face.

　　90% of the respondents want to travel, and nearly 60% of the tourists have a single budget of more than 10,000 yuan.

　　In the three years since the epidemic, outbound travel has been suspended, domestic travel has been repeatedly blown, and repeated epidemics in various places have also made scenic spots open and closed. Local consumption has become the main mode of tourism in the past three years, which has given birth to some in-depth local tourism products.

　　This year, with the relaxation of relevant policies, people’s willingness to travel, which has been suppressed for many years, seems to have a "small blowout". According to the questionnaire survey of CBN’s Consumer Recovery, Will You Buy in buy buy, 91.24% of the respondents chose to have a travel plan this year. When asked whether this year’s willingness to travel has increased compared with previous years, 85.85% of the respondents said that this year’s willingness to travel has increased or at least remained the same.

　　The above questionnaire survey also shows that 60.2% of the respondents have plans for domestic travel this year, and 32.37% of the respondents plan to go both for domestic travel and outbound travel this year.

　　In terms of tourism consumption expenditure, 57.39% of the respondents have a budget of 10,000 ~ 20,000 yuan per capita for single tourism consumption this year, and 32.6% of the respondents have a budget of 5,000 ~ 10,000 yuan for single tourism consumption, accounting for 5.63% of the respondents with 1000 yuan ~ 5,000 yuan.

　　"In 2019, the tourism industry reached a relative peak. The tourism market in the past few years should have been very vigorous. However, when it encountered an epidemic, both domestic and outbound travel were hit. However, after the epidemic, people have strengthened their willingness to travel, and some spiritual pleasures have been favored by people. You see, in the consumption of Women’s Day just past, &lsquo; Yueji &rsquo; It’s a key word. Women are very particular about their inner experience when they travel. Therefore, we will see that in the process of consumption recovery this year, more subdivided products with spiritual pleasure will be released, and more themed tourist routes and accommodation products will be developed. " Cheng Chaogong, chief researcher of Tongcheng Research Institute, told the First Financial Reporter.

　　Inter-provincial tourism is heating up, and the healing market has great potential.

　　According to the tourism market data of Spring Festival, Women’s Day and other nodes this year, domestic tourism is the first to recover, and the results of the questionnaire survey of "Consumption Recovery, Will You Buy in buy buy" of CBN also show that 60.2% of the respondents have plans for domestic tourism this year.

　　"Last year’s camping was in the market &lsquo; Kill &rsquo; Out of a horse &lsquo; Dark horse &rsquo; In fact, it is also a market cultivated because everyone can only focus on local consumption. Among them, the consumption of camping, RV and related supplies increased significantly in 2022. " Yang Songbai, general manager of RV Life Home, told the First Financial Reporter.

　　According to the data of companies such as Ctrip, Tongcheng, Mama Donkey, Flying Pig, Qunar, Tuniu, Mahoneycomb and Spring and Autumn Tourism, last year, in low-risk areas, the "two-hour holiday circle" became the mainstream. Last year, the local tour orders during holidays such as "May Day" accounted for more than 80%, and most of them were non-group tourists, while camping became a "dark horse". The surrounding camping market continued to heat up during the "May Day" last year, and the popularity of "camping" related travel search increased by 117% from the previous month. At that time, the number of camping orders for flying pigs increased by over 350% month-on-month, and Hangzhou, Chengdu, Guangzhou, Shenzhen, Wuhan, Beijing, Zhuhai, Changzhou, Foshan and Chongqing ranked among the top ten cities in China as popular camping tourist sources.

　　In Yang Songbai’s view, after the rapid recovery of cross-provincial tourism this year, camping and other popular tourism projects last year can still be continued, but we must make sub-products that meet the needs of consumers. "For example, some high-quality local tourism projects can be retained, but they can be combined with inter-provincial RV camping, travel agency channel marketing and local homestays to make domestic tourism products. Nowadays, there are many young guests who like to drive by car, experience special homestays and travel freely. We must understand their needs. " Yang Songbai told the First Financial Reporter.

　　In addition to camping and RV tours, three years after the outbreak, a large number of consumers are paying more and more attention to health-related consumption, and healing tourism is one of them.

　　According to the survey results of CBN’s "Consumer Recovery, Will You Buy in buy buy?", more consumers have increased their spending in the health field this year, among which 87.18% of the respondents have a willingness to consume healthy food. It is worth noting that as many as 55.24% of the respondents are willing to participate in healing tourism this year, and 30.15% of the respondents have plans to participate in rehabilitation activities this year. It can be seen that healing tourism is a bright direction in the recovery of tourism consumption this year.

　　"The epidemic once pressed the pause button for our industry, but this year is definitely a business opportunity for recovery. There are two sides to everything. Although the epidemic situation has a great impact on the cultural tourism industry, it has also made more consumers pay attention to health care, and healing tourism has become a trend. The core products of the project "Yin Yu Shui Zhong Tian" invested and developed by us include the journey of mindfulness life, the series of trips of body and mind co-cultivation, etc. to help guests understand their physical and mental health, and also include service teams such as Chinese medicine practitioners, rehabilitation experts, health coaches and nutritionists. These holiday tourism projects combined with healing courses are very in line with people’s demand for recreational travel this year. This year, our key planning project is the Unity International Cultural Festival, to discuss with the industry how to cope with the challenges brought by the development of the times. This year, we will continue to deepen the health industry and continue to help promote the development of the big health industry. " Cao Weide, chairman of Wanbang Pan Asia Group and founder of Yinyu, said in an interview with China Business News.

　　It is precisely because of the warming of healing tourism that according to the data of Ctrip, Tongcheng, Mama Donkey, Flying Pig, Qunar, Tuniu, Mawei and Spring and Autumn Tourism, the heat of cities near and south of the Tropic of Cancer such as Sanya, Zhuhai, Xishuangbanna, Dali, Xiamen, Haikou, Tengchong and Beihai soared. Among them, the healing holiday tour in Sanya and some areas of Yunnan is the most popular. Yang Yang, general manager of Beijing Spring and Autumn Travel Agency, said that at the beginning of this year, many tourists chose to go to Sanya for "continuous recuperation", and most of these tourists were "Yangkang" tourists from North China. Spring and Autumn Tourism has also developed a variety of tourism products suitable for "Yangkang" treatment and recuperation, which directly boosted the recovery of cross-provincial tourism this year.

　　Opportunities and challenges of restarting outbound travel

　　Recently, for the tourism market, it can be said that there are frequent good news. First, it is pointed out in the government work report that restoring and expanding consumption are given priority. Increase the income of urban and rural residents through multiple channels. Stabilize bulk consumption and promote the recovery of life service consumption.

　　On March 10th, the Ministry of Culture and Tourism issued the Notice of the General Office of the Ministry of Culture and Tourism on the pilot resumption of the travel agency’s business of China citizens’ outbound teams to relevant countries (the second batch). According to the circular, starting from March 15th, 2023, the national travel agencies and online travel enterprises will be resumed on a pilot basis to operate China citizens’ outbound group tours to relevant countries (the second batch) and "air tickets+hotels" business. From now on, travel agencies and online travel companies can carry out preparations such as product release, publicity and promotion. List of countries involved in (the second batch of) outbound group tours: Nepal, Brunei, Vietnam, Mongolia, Iran, Jordan, Tanzania, Namibia, Mauritius, Zimbabwe, Uganda, Zambia, Senegal, Kazakhstan, Uzbekistan, Georgia, Azerbaijan, Armenia, Serbia, Croatia, France, Greece, Spain, Iceland, Albania, Italy and Denmark.

　　According to the survey results of CBN’s "Consumer Recovery, Will You Buy in buy buy", 32.37% of the respondents plan to travel both domestically and abroad this year. In other words, at least one-third of the respondents have the willingness to spend on this year’s outbound travel.

　　At the beginning of February this year, a number of outbound team tours started, mainly in the Southeast Asian market. The major overseas tourism bureaus have also started marketing for the China market in the near future. For example, the National Tourism Administration of Thailand originally planned to attract 5-6 million China tourists to Thailand this year, but after seeing the recent upsurge of China tourists’ enthusiasm for traveling to Thailand, it immediately raised its expected target. "In 2019, the number of tourists from China visiting Thailand was about 11 million, accounting for about a quarter of the total tourists in Thailand. According to the current good recovery momentum, we have raised our expectations. We now expect 7 million to 8 million China tourists to travel to Thailand this year." Yutasa, director of the National Tourism Administration of Thailand, recently revealed in an interview with the First Financial Reporter.

　　At the same time, Tourism Dubai, Tourism Australia, Tourism New Zealand and Tourism Singapore are all getting together for promotion.

　　"The further relaxation of outbound travel will inevitably play a positive role in the recovery of the tourism market this year. But we must also see the challenges faced by the recovery of the outbound travel market. For example, compared with domestic travel, outbound travel needs to go through a series of procedures, which are different according to the requirements of different countries, and some visa reservations need to be queued. Three years later, the local docking personnel in many outbound destination countries have also undergone great changes. For example, many local Chinese restaurants in Europe and America have switched to other formats, so it is very difficult to make a group meal of Chinese food now, and it is necessary to find a local catering business again. Local tour guides should also be re-docked. Moreover, many hotels in Europe have to book half a year or more in advance, and it is not easy to get a lot of rooms at once. The route of outbound group tour should also be redesigned, and the conflict between Russia and Ukraine has also led to various cost increases in some European tourist destination countries. International flights have not fully recovered, and these factors will make it take some time for some long-distance outbound travel in Europe and America to recover. To restart the docking of ground connection resources, we can foresee that the prices of some outbound travel products may double due to fewer flights and rising local costs. " Gu Wei, assistant general manager of Shanghai Airlines Tourism Group, spoke bluntly to the First Financial Reporter.

　　According to the questionnaire results of CBN’s Consumer Recovery, Will You Buy in buy buy, 57.39% of the respondents’ per capita spending budget for a single trip this year is 10,000-20,000 yuan, while 32.6% of the respondents’ per capita spending budget is 5,000-10,000 yuan. Judging from this, the per capita spending budget of the consumers interviewed this year is not low, even higher than in previous years.

　　Tourism enterprises pay attention to creating scenes and recruiting talents again.

　　In view of the positive recovery of tourism consumption this year, major tourism enterprises, scenic spots, hotels and other operators are gearing up. After three years of epidemic, most of the tourists are very sober and professional in this process &mdash; &mdash; Pure low price does not attract too many consumers, but to create attractive and cost-effective products.

　　"In the past, when people talked about tourism, especially group tours, it seemed that the cheaper the better, and this once caused many tourism disputes. Now what we see is that consumers are also mature, and everyone’s requirements for high cost performance of products are prominent. So what we need to do is to integrate the resources of scenic spots and major tourist destinations, and work with them to create some new products that meet the needs of consumers. This year, we will have plans to cooperate with some regional tourist attractions or local tourism-related operators to develop projects. We can participate in investment or act as operators, instead of the past travel agencies blindly serving as organizers to send tourists. " Liu Ning, director and president of Shanghai Jinjiang Tourism Holdings Co., Ltd., revealed in an interview with China Business News.

　　This is also confirmed in the questionnaire survey of CBN’s Consumer Recovery, Will You Buy in buy buy? In the questionnaire, what elements can promote consumption? Most respondents said that it was not low price, but high cost performance accounted for 93.9%, high-quality goods accounted for 90.85%, and value-added space accounted for 86.47%. It can be seen that the goods with high cost performance are the ones that consumers are most willing to spend money on, while the low price factor accounts for only 4.93%.

　　The Shanghai Tourism Industry Association revealed to the First Financial Reporter that in order to make more subdivided products and cost-effective products, it is necessary to pay attention to the creation of derivative scenes of Dawen Travel. For example, in the past, tourism was purely a trip, but now many tourism products can be combined with catering and culture, and some high-quality immersive experience projects and script projects can be created as consumption scenes of Dawen Travel. Of course, this kind of project development needs the cooperation of professional planning and cultural tourism resources.

　　Nowadays, Ctrip, Tongcheng Travel, Mahoneycomb, etc. are all strengthening cooperation with tourism destination resources, hoping to gather offline scenic spots, accommodation and other partners for common development. For example, recently, Tongcheng Travel announced that it intends to acquire Tongcheng Tourism at a total cost of no more than 700 million yuan. This is an attempt and layout of one-way travel in the leisure tourism and holiday market under the background of strong recovery of the tourism industry. At the end of December last year, Tongcheng Travel announced that it would acquire Tongcheng International Travel Service and promote the deep integration of its tourism and holiday business. The proposed acquisition of Tongcheng Tourism is a continuation of Tongcheng Tourism’s leisure tourism and holiday market. If this intentional acquisition can be achieved, it will effectively supplement and extend the existing business of Tongcheng Travel and deepen the control over the upstream core resources.

　　It is noteworthy that due to the three-year epidemic, some travel agencies and upstream and downstream partners still face problems such as resource shortage, and they urgently need support from traffic, technology, data and capital to seize the new opportunities of industrial rejuvenation. How to jointly promote the development of digital intelligence in the industry is a problem that should be considered.

　　In addition, the talent plan is also worthy of attention. Many tourism industry feedback, three years since the epidemic, many tourism practitioners have changed careers, this year’s consumption recovery, tourism recovery process needs a large number of professionals to help, which requires recruiting suitable candidates from college graduates and mature talents. Just recently, 10 companies, including Ctrip, announced the joint launch of the "Travel Mulan Plan", which plans to provide more than 20,000+jobs for women in 2023. Sun Jie, the co-founder of the plan and CEO of Ctrip Group, said that this move is to better meet the business growth demand in the first year of tourism recovery, and at the same time help more women get equal opportunities for development in the workplace.

　　Cheng Chaogong estimates that domestic tourism can be restored to 70% ~ 80% in 2019 this year, while Southeast Asia tourism in the outbound tourism market may be restored to about 70% ~ 80% in 2019. Of course, everything depends on the actual development of the market.

　　1. What is the meaning of "trade-in of household appliances"?

　　"Trade-in of household appliances" refers to the behavior of consumers selling old household appliances and buying new ones. Consumers sell five types of old household appliances specified by the state, such as televisions, refrigerators (freezers), washing machines, air conditioners and computers. After being recycled by the household appliance recycling enterprises determined by the tender, they obtain the nationally printed household appliance trade-in recycling certificate, and then purchase the above five types of new household appliances at the household appliance sales enterprises determined by the tender with the trade-in recycling certificate and the consumer’s valid certificate, and apply for the price subsidy for household appliances trade-in.

　　2. When will the city continue to implement the trade-in policy for home appliances?

　　According to the Letter of the Ministry of Commerce, the Ministry of Finance and the Ministry of Environmental Protection on Printing and Distributing the Work Plan for the Promotion of Household Appliances Trade-in and the Implementation Measures for Household Appliances Trade-in (Revised Draft) formulated by seven ministries and commissions, this Municipality will continue to implement the policy of household appliances trade-in after the end of the pilot period, and the implementation period is tentatively set as December 31, 2011. During this period, buyers who participate in the trade-in of household appliances in this city can apply for the price subsidy for the trade-in of household appliances in accordance with the regulations, obtain the recycling certificate for the trade-in of household appliances and purchase new household appliances from the successful home appliance sales enterprise.

　　3. Are there any restrictions on the types of home appliances that participate in the trade-in of home appliances?

　　The types of household appliances that can participate in the trade-in of household appliances during the promotion and implementation period of this Municipality are the same as those in the pilot period, and they are still five types of household appliances: televisions, refrigerators (including freezers), washing machines, air conditioners and computers. The state only subsidizes buyers who sell the above five categories of old household appliances and buy the above five categories of new household appliances, but the purchase of new household appliances is not subject to the corresponding restrictions on the types of old household appliances sold. For example, after the buyer sells an old TV and obtains the certificate of recycling household appliances, he can go to the successful home appliance sales enterprise to buy any of the five types of household appliances (such as refrigerators or washing machines), and can apply for price subsidies according to the prescribed standards.

　　4. What is the subsidy standard for replacing old appliances with new ones?

　　During the promotion and implementation period, the subsidy standard in the pilot stage is still used, that is, 10% of the sales price of new household appliances is subsidized, but the upper limit of the subsidy standard is limited for each type of household appliances. Among them, the maximum subsidy for TV sets is 400 yuan/set, for refrigerators (including freezers) is 300 yuan/set, for washing machines is 250 yuan/set, for air conditioners is 350 yuan/set and for computers is 400 yuan/set.

　　5. Is there any reference price standard for selling old household appliances?

　　Beijing Renewable Resources Recycling and Second-hand Goods Industry Association, after consulting with household appliances recycling enterprises and dismantling enterprises, referred to the residual value of resources after dismantling old household appliances and the costs of recycling enterprises and dismantling enterprises, and considered the public’s acceptance of the recycling price of old household appliances, formulated the reference price of recycling old household appliances and the integrity standard of main parts. The price is published by the association and clearly stated at various recycling outlets.

　　Hand in the old household appliances can choose the national household appliances trade-in policy or other ways to hand in the old according to the actual situation. The recycling price of used household appliances shall be determined through negotiation between the buyer and the recycling enterprise, and both parties may refer to this price standard when negotiating.

　　6. What should I do if the main parts are incomplete when selling old household appliances?

　　Handing over old household appliances should meet the integrity requirements of the main parts of old household appliances. If the old household appliances sold are short of major components, the household appliance recycling enterprise will reduce the purchase price as appropriate according to the lack of major components, and the specific recycling price will be determined through consultation between the recycling enterprise and the seller.

　　7. Is the subsidy object of home appliance trade-in in this city restricted by household registration?

　　The subsidy object of home appliance trade-in in this city is residents with Beijing hukou and legal entities registered in Beijing (collectively referred to as buyers above); At present, non-Beijing hukou personnel and non-Beijing registered legal entities cannot enjoy the subsidy policy of home appliances trade-in in this city.

　　8. Is there a quantity limit for buyers to participate in the trade-in of home appliances?

　　In the pilot stage, there is no quantitative restriction on buyers’ participation in home appliance trade-in. However, during the promotion and implementation period (from June 1, 2010 to December 31, 2011), according to the "Implementation Measures for Household Appliances Trade-in (Revised Draft)" formulated by seven national ministries and commissions, the number of individuals participating in household appliances trade-in, selling old household appliances and buying new ones does not exceed five; Legal entities participate in the trade-in of home appliances, and the number of old home appliances sold and new home appliances purchased does not exceed 50. Because the identity certificate of the purchaser who buys new household appliances and sells old household appliances must be consistent, when the number of new household appliances purchased with the recycling certificate exceeds a limited number, the part exceeding the limited number cannot enjoy the subsidy for buying new household appliances.

　　9. Are the new household appliances purchased by consumers and the old household appliances sold during the pilot period within the limit?

　　At present, the "Household Appliances Trade-in Management Information System" has shielded the records of purchasing new household appliances and selling old household appliances before June 1, 2010. Therefore, during the pilot period, the number of consumers who have purchased new household appliances and sold old household appliances is not counted in the restricted number. That is to say, if consumers have bought five new household appliances with the same ID card during the pilot period, but recalculated from June 1, 2010, they can buy at most five new household appliances.

　　10. What are the procedures for buyers to sell old household appliances and buy new ones?

　　(1) There are two ways for buyers to participate in the trade-in of household appliances in physical stores.

　　1. Participate in the trade-in procedure by "handing in the old before purchasing the new":

　　(1) The purchaser can apply for selling the old household appliances within the scope of the old-for-new subsidy to the winning recycling enterprise in the residential area through the Internet, telephone and other means, or can transport the old household appliances and sell them to the nearest household appliance recycling network;

　　(2) According to the ID card information provided by the purchaser, the household appliance recycling enterprise logs in the "Household Appliance Trade-in Management Information System" to check the number of used household appliances sold by the purchaser. When the number of used household appliances sold by the purchaser reaches 5, the purchaser shall be clearly informed;

　　(3) The home appliance recycling enterprise shall provide the old home appliance recycling service according to the requirements of the purchaser, and make an acquisition with reference to the published reference price of the old home appliance recycling during the promotion implementation period and the integrity requirements of the main parts of the old home appliance (if the main parts of the old home appliance are missing, the recycling enterprise may negotiate with the purchaser for pricing), and issue a nationally printed home appliance trade-in recycling certificate to the purchaser;

　　(4) The original and photocopy of the buyer’s trade-in recycling certificate and identity certificate (including ID card, household register, military officer’s card or soldier’s card that can prove the household registration in this city) (the legal entity must hold the original and photocopy of the business license and legal entity code certificate) to the successful home appliance sales enterprise to arbitrarily purchase home appliances within the scope of subsidy, and apply for price subsidy to the sales enterprise on site.

　　2. Participate in the trade-in procedures by "purchasing new products first and then handing over old ones":

　　(1) After the buyer goes to a home appliance sales enterprise with dual qualifications of home appliance recycling and sales, he should show the original ID card, and according to the tips of the staff, go to the service desk to inquire about the number of new and old purchases. When the number of new or old units has reached 5, the home appliance sales enterprise shall clearly inform the purchaser;

　　(2) After purchasing new home appliances, make an appointment with the home appliance sales enterprise to recycle old home appliances;

　　(3) When the sales enterprise distributes the new household appliances to the buyers, it will recycle and tow away the old household appliances according to the appointment, and issue the old household appliances recycling certificate to the buyers;

　　(4) The purchaser applies for price subsidies at the original home appliance sales outlets with the old home appliance recycling certificate, the invoice for purchasing new home appliances and the original and photocopy of the identity certificate.

　　(two) the purchaser through e-commerce enterprises to participate in household appliances trade-in procedures.

　　1. The purchaser applies for recycling old household appliances to an e-commerce enterprise with the qualification of exchanging old household appliances for new ones through the Internet (the information such as the category, brand, product manufacturer, model, serial number of the fuselage, seller’s name and ID number of the old household appliances should be listed in detail), and orders the selected new household appliances through the Internet;

　　2. According to the ID card information provided by the purchaser, the e-commerce enterprise logs in the "Household Appliances Trade-in Management Information System" to check the number of old and new purchases made by the purchaser. The e-commerce enterprise shall notify the purchaser when the purchaser has handed in the old ones or purchased five new ones;

　　3. E-commerce enterprises shall fill in the old household appliances recycling voucher and the Application Form for Home Appliances Trade-in Subsidy according to the above-mentioned information on trade-in and purchase of new ones, and arrange the distribution of new household appliances to buyers;

　　4. The e-commerce enterprise distributes the new household appliances to the buyer’s home, collects the payment at the full price, recycles and drags away the old household appliances of the buyer, and confirms the information of the recycling voucher with the buyer, and asks the buyer to sign the Application Form for Home Appliances Trade-in Subsidy and provide a copy of the ID card;

　　5. After reviewing the relevant subsidy information of the purchaser, the e-commerce enterprise will advance the payment for old household appliances and the price subsidy for new household appliances to the purchaser.

　　11. Why do buyers need to provide the original identification when selling old household appliances and applying for subsidies for new household appliances?

　　Because the country has set a number limit for buyers to participate in the trade-in of household appliances during the promotion and implementation period, if the number of used household appliances sold by individual buyers with the same ID card exceeds 5, the excess part cannot participate in the trade-in of household appliances. Therefore, buyers need to provide the original ID card when selling old household appliances, and recycling enterprises should log in to the "Household Appliances Trade-in Management Information System" of the Ministry of Commerce in time to check the number of old household appliances sold by buyers; When recycling, the recycling personnel should check the original ID card of the purchaser before filling out the recycling certificate of old household appliances.

　　Buyers who apply for subsidies for replacing new household appliances with old ones should also go to the sales enterprise with the original and photocopy of their ID cards; If the buyer can’t handle it in person, he can also entrust others to handle it on his behalf, but the agent needs to provide the original and photocopy of his and the buyer’s ID cards and other relevant information.

　　12. What other materials should the buyer submit when applying for subsidies for purchasing new household appliances?

　　When applying for subsidies after purchasing new household appliances, the purchaser shall provide the certificate of recycling old household appliances for new ones, the original and photocopy of the identity certificate of the purchaser, the invoice for purchasing new household appliances, and the application form for financial subsidies. The original and photocopy of the identity documents provided by the purchaser when applying for subsidies shall be the same as those provided when selling old household appliances; The information of identity documents and trade-in recycling vouchers is consistent with the information in the "Household Appliances Trade-in Management Information System" of the Ministry of Commerce. Under the guidance of the sales enterprise, fill in the application form for fund subsidy and sign it.

　　13. How to deal with old household appliances after recycling? Is it allowed to enter the flea market and circulate again?

　　Home appliance recycling enterprises in this Municipality must sell all the old home appliances that participate in the trade-in of home appliances to the designated home appliance dismantling and processing enterprises for dismantling, and are not allowed to enter the flea market for re-circulation; Household appliance dismantling enterprises must complete the dismantling of old household appliances within the prescribed time limit. Non-designated dismantling and processing enterprises shall not purchase and process old household appliances with old ones for new ones.

　　14. Can I enjoy the price subsidy when buying new home appliances with promotional discounts?

　　When the buyer participates in the trade-in of household appliances, the promotion discount of new household appliances does not affect the buyer’s enjoyment of the subsidy for trade-in of household appliances. If the new household appliances purchased by the purchaser are in the promotion and discount activities, the purchaser should first discount the new household appliances with the trade-in certificate, and then enjoy a 10% price subsidy on the basis of the discount, that is, enjoy the "discount".

　　Household appliance sales enterprises shall not restrict discount goods from enjoying trade-in subsidies, nor shall they restrict trade-in subsidized products from enjoying discount promotions.

　　15. How to inquire about the service outlets of home appliance recycling enterprises and sales enterprises?

　　Buyers can inquire about the information of recycling outlets and sales outlets of home appliance recycling enterprises in this city through the window of the capital, Beijing Municipal Commission of Commerce, Beijing Scrap and Vintage Network and Beijing Tiantianjie website, and sell old home appliances and buy new home appliances nearby.

　　16. Can I return the new home appliances purchased by participating in the trade-in of home appliances?

　　New household appliances purchased by participating in the trade-in of household appliances can be returned if they meet the return conditions stipulated by relevant laws and regulations. When returning goods, the purchaser should provide the original ID card and purchase invoice at the time of purchase for returning goods, and the purchaser’s trade-in recycling certificate can be retrieved after the household appliance sales enterprise has completed the formalities of modifying the trade-in information and refunding the fund subsidy.

　　17. Is the quality of new household appliances with old ones guaranteed?

　　The new household appliances purchased by buyers who participate in the trade-in activities of household appliances are still protected by the national Product Quality Law, Consumer Protection Law and other relevant laws and regulations. If there are quality problems with new household appliances, the purchaser has the right to ask the household appliance sales enterprise to provide maintenance, replacement or return services; Household appliance sales enterprises should comply with the relevant provisions of national laws and regulations and provide satisfactory after-sales service to buyers.

　　18. Can I reissue the old-for-new recycling certificate of household appliances after it is lost?

　　The buyer can’t reissue the old-for-new recycling certificate of household appliances obtained by selling old household appliances, nor can he apply for the price subsidy for buying new household appliances. After receiving the report that the buyer lost the certificate of home appliance trade-in, the home appliance recycling enterprise should explain the relevant policy requirements to the buyer, and apply for cancellation of the certificate of home appliance trade-in to the competent commercial department at the place of registration; After verifying the relevant information and approving it, the competent commercial department at the place of registration shall file with the Municipal Commission of Commerce.

　　19. What should I do if there is an error in filling in the relevant information of the household appliance recycling voucher?

　　If the home appliance recycling enterprise fills in the information of the old-for-new recycling voucher incorrectly when recycling old home appliances, the site should immediately issue a new home appliance recycling voucher to the buyer. If it is found that the registration information of the old-for-new recycling voucher cannot be modified by itself afterwards, it shall apply to the competent commercial department of the place where the household appliance recycling enterprise is registered to modify the registration information, and the competent commercial department of the registered place shall report to the municipal competent commercial department, which shall coordinate the management department of the old-for-new information system of the Ministry of Commerce to carry out the modification procedure or mark it invalid.

　　20. Is there any store restriction for buyers to buy new home appliances with home appliance recycling vouchers?

　　After selling the old household appliances, the purchaser can buy new household appliances at the registered sales outlets of all the successful home appliance sales enterprises with the recycling certificate of household appliances trade-in, and can apply for the price subsidy of household appliances trade-in, which is not limited by the stores.

　　21. Is there any regional restriction for buyers to sell used household appliances?

　　In order to facilitate buyers to sell old household appliances, Beijing is divided into five recycling areas, and each recycling area has more than three household appliance recycling enterprises responsible for recycling old household appliances in that area (see the attached table for details). In principle, the buyer sells old household appliances to the nearest recycling outlets of household appliance recycling enterprises responsible for recycling in this area according to the place of residence; Household appliance recycling enterprises provide home recycling services for old household appliances according to the winning recycling area. In addition, enterprises with dual qualifications of selling and recycling can provide a "one-stop" service for sending new and old appliances, that is, buyers first go to the sales enterprise to buy new household appliances, and the sales enterprise recycles and drags away the old household appliances while sending them to the door. If the buyer carries and sells the old household appliances to the household appliance recycling enterprise by himself, it is not restricted by the region.

　　22. Can new home appliances that enjoy the subsidy policy of "home appliances going to the countryside" apply for trade-in subsidies again?

　　The Implementation Measures for Trade-in of Home Appliances (Revised Draft) clearly stipulates that new home appliances that have enjoyed the subsidy policy of "Home Appliances Going to the Countryside" shall not enjoy the trade-in subsidy repeatedly. Therefore, if the purchaser has purchased home appliances to the countryside and has applied for subsidies for home appliances to the countryside, he can no longer apply for subsidies for replacing old appliances with new ones.

　　23. Can buyers buy new home appliances before selling old ones?

　　Yes, but it can only be implemented in enterprises with dual qualifications of recycling and sales. That is, the purchaser can ask the enterprise to recycle the old household appliances while sending them to the door after the enterprise purchases the new household appliances. It should be emphasized that the home appliance sales enterprise shall not require the purchaser to purchase new home appliances before recycling old ones, and shall not set the time and standard for subsidizing the old-for-new certificates by itself.

　　24. How does the government strengthen the management of participating enterprises in the trade-in of household appliances?

　　In order to strengthen the management of the sales and recycling enterprises of trade-in household appliances, the Beijing Municipal Commission of Commerce and other seven departments have formulated the Detailed Rules for the Implementation of Trade-in Household Appliances in Beijing and its supplementary provisions. Signed "Household Appliance Trade-in Recovery Agreement" and "Household Appliance Trade-in Sales Agreement" with the successful home appliance recycling enterprises and home appliance sales enterprises; A performance bond of 100,000 yuan was collected from each successful bidder; Formulated the management regulations of trade-in vouchers and the penalty standards for breach of contract. If home appliance recycling enterprises and sales enterprises violate the provisions of relevant agreements, they will be dealt with according to the provisions of the agreement to ensure the smooth development of home appliance trade-in work.

　　25. Which departments should I report the problems in the trade-in of household appliances? What are the telephone numbers for consultation and complaint?

　　A working group on trade-in of household appliances and automobiles has been set up in this city, among which the member units responsible for trade-in of household appliances are the Municipal Commerce Commission, the Municipal Finance Bureau, the Propaganda Department of the Municipal Party Committee, the Municipal Environmental Protection Bureau, the Municipal Development and Reform Commission, the Municipal Economic and Information Technology Commission, the Municipal Administration for Industry and Commerce and the Municipal Quality Supervision Bureau. The responsibilities and telephone numbers for consultation and complaint of each department are as follows:

　　The Municipal Commission of Commerce, jointly with the Municipal Finance Bureau, determines the recycling enterprises and sales enterprises of household appliances through public bidding, and announces them to the public and files them with the Ministry of Commerce to supervise the recycling enterprises and sales enterprises; In conjunction with the relevant departments of the city, formulate and issue supplementary provisions for the implementation rules of household appliances trade-in; Responsible for the issuance and management of household appliances trade-in vouchers; In conjunction with the Municipal Finance Bureau, do a good job in the training of home appliance trade-in management information system; Responsible for the statistical work of information about household appliances trade-in. Telephone numbers for consultation and complaint: 85163174 (working hours) and 65248780 (nights and rest days).

　　The Municipal Finance Bureau is responsible for the implementation and supervision of subsidy funds for household appliances; Printing certificates for exchanging old appliances for new ones; To guide the district and county finance bureaus to examine and allocate the subsidy funds of sales enterprises; Responsible for reviewing and issuing the freight subsidies for recycling enterprises declared by dismantling and processing enterprises, and issuing the fixed subsidies for old household appliances for dismantling and processing enterprises. Telephone number for consultation and complaint is 88549650 (working hours).

　　The Propaganda Department of the Municipal Party Committee is responsible for giving full play to the guiding role of public opinion, coordinating and guiding the news media to strengthen the propaganda of promoting the implementation of the old-for-new policy of household appliances, and correctly guiding consumption.

　　Municipal Development and Reform Commission is responsible for strengthening the price guidance and supervision of trade-in household appliances. Telephone number for consultation and complaint: 12358(24 hours).

　　The Municipal Environmental Protection Bureau is responsible for the organization, implementation, supervision and management of the dismantling of old household appliances; Screening and dismantling enterprises, reported to the municipal government to determine, and reported to the Ministry of Environmental Protection and the Ministry of Finance for the record; Responsible for reviewing the freight subsidies declared by the dismantling enterprises and the fixed subsidies for dismantling old household appliances; Responsible for setting up a special column on the government website, and publicly dismantling and handling the receiving, dismantling and storage of old household appliances submitted by enterprises. Telephone number for consultation and complaint: 12369(24 hours).

　　The Municipal Economic and Information Technology Commission is responsible for the management of the home appliance production enterprises in this Municipality, and urges and guides the production enterprises to improve and guarantee the quality of home appliances. Telephone number for consultation and complaint: 85235964 (working hours).

　　The Municipal Administration for Industry and Commerce shall supervise the business activities of home appliance recycling and sales enterprises according to law; Give full play to the role of the 12315 consumer complaint reporting network, promptly accept and handle consumer complaints and reports on the purchase and use of trade-in household appliances according to law, and safeguard the legitimate rights and interests of consumers. Telephone number for consultation and complaint: 12315(24 hours).

　　The Municipal Bureau of Quality Supervision supervises the quality of home appliances in the production field of this city, investigates and deals with violations of laws and regulations such as quality, and cracks down on illegal activities of counterfeit and shoddy products from the source. Telephone number for consultation and complaint: 12365 (working hours)

　　In accordance with the principle of territorial management, the district and county governments strengthen their supervisory responsibilities, strengthen the supervision and management of recycling enterprises, sales enterprises, dismantling and processing enterprises and their production, operation and service behaviors within their respective jurisdictions, and investigate and deal with all kinds of illegal, illegal and fraudulent financial subsidies according to law.

On the afternoon of December 13th, the unveiling ceremony of Academician Studio of China University of Science and Technology and the symposium on the construction of Academician Studio were held in the lecture hall on the fifth floor of the East Teacher-Student Activity Center of our school, which was presided over by Vice President Dou Xiankang. Academician Yang Xueming, Academician Li Yadong, Academician Wan Weixing, Secretary Xu Wu, President Hou Jianguo and Vice President Changfei Zhu attended the event. Yang Jinlong, Executive Dean of School of Chemistry and Materials Science, Chen Xiaofei, Executive Dean of School of Earth and Space Science, Chu Jiaru, Minister of Human Resources, Luo Xisheng, Director of Science and Technology Division, and members of the academician’s studio attended the event.

　

　

President Hou Jianguo first delivered a speech, welcoming three academicians to join the family of China University of Science and Technology. He pointed out that China University of Science and Technology (HKUST) is a university full of vitality and strong academic atmosphere, and has formed a fine tradition of "giving priority to academics and respecting talents" in the long-term running process. The personnel and scientific research departments of the school will provide all-round support for the construction of academician studios and actively do a good job in service. Academician’s Studio will become a characteristic platform for scientific research and personnel training in our university. The three academicians will use this platform to actively promote the development of related disciplines in our university, further enhance the characteristics and advantages of disciplines, effectively unite the research strength of relevant departments, and play a leading role in the construction of talent teams in related fields, leading them to the forefront of international science.

　

　

Subsequently, Secretary Xu Wu and President Hou Jianguo jointly unveiled the Academician Studio. After the unveiling ceremony, Vice President Dou Xiankang presided over a symposium on the construction of academician’s studio. Speaking as a representative of the Academician Studio, Li Yadong pointed out that China University of Science and Technology is a well-known institution at home and abroad, with a good style of study, high-quality students, a down-to-earth atmosphere and interdisciplinary advantages. It makes us feel honored to work in the University of Science and Technology. We have had a long-term cooperative relationship with HKUST before, and the establishment of academician studio will help to better combine our respective team resources with the high-quality resources of HKUST. We regard HKUST as a place to realize our dreams, and will actively contribute to the development of HKUST with our colleagues, strive to enhance the international influence of related disciplines, strive to occupy the high point of the international frontier, and strive to create some new research directions.

　

　

　

　

　

On behalf of their college, Yang Jinlong and Chen Xiaofei indicated that they would fully support the construction of academician’s studio, actively provide follow-up services and cooperate with academicians in all aspects.

　

　

Secretary Xu Wu made a concluding speech. He thanked the three academicians for their long-term support to our school. He emphasized that China University of Science and Technology is an institution that can make hard-working scientific researchers realize their dreams, and the establishment of Academician Studio of China University of Science and Technology embodies the school-running purpose of "academic priority", and the school will give all-round support. We expect the three academicians to lead the members of the academician studio to work together to enhance the international influence of related disciplines in our university in the next few years, and to play a leading role in the international frontier fields, so as to truly realize our common scientific dream.

　

　

　　　　　　　(Human Resources Department/Culture, Press Center/Photo)

　

　

Attached to the academician’s studio and profile:

　

1. Advanced Research Center of Chemical Physics-Academician Yang Xueming’s Studio:

　 Center for Advanced Chemical Physics

　

Chemical physics is a unique traditional dominant discipline in China University of Science and Technology. The newly established Advanced Research Center of Chemical Physics of China University of Science and Technology-Academician Yang Xueming’s Studio will take advantage of the important opportunity of building a national major scientific instrument project-vacuum ultraviolet free electron laser, combine the superior disciplines of chemical physics of HKUST, increase the attraction of high-level young researchers, explore new modes of personnel training and teamwork, develop internationally advanced dynamic experimental methods and technologies based on advanced spectroscopy methods, and promote the construction of chemical physics with important international influence.

　

Introduction of Academician Yang Xueming:

　

　

Physical chemist. Researcher, Dalian Institute of Chemical Physics, Chinese Academy of Sciences. Born in Deqing County, Zhejiang Province in October 1962. He graduated from the Physics Department of Zhejiang Normal University in July 1982, obtained a master’s degree from Dalian Institute of Chemical Physics of Chinese Academy of Sciences in January 1986, and received a doctorate from the University of California, Santa Barbara in August 1991. He was a lifelong researcher at Taiwan Province Institute of Atomic and Molecular Sciences. He is currently the editor-in-chief of China Chemical Physics and the senior editor of the Journal of Physical Chemistry (JPC) of the American Chemical Society. In 2011, he was elected as an academician of China Academy of Sciences. He is mainly engaged in the experimental research of chemical reaction kinetics, and has won the Asian Achievement Award of the Overseas Chinese Physics Society, the second prize of the National Natural Science Award, the Chen Jiageng Chemical Science Award and the Humboldt Research Award.

　

2. Nanocatalysis Research Center-Academician Li Yadong’s Studio:

　Center of Advanced Nanocatalysis

The microstructure and size, adjustable morphology, unique electronic structure and surface-interface effect of nanocrystals make it possible for them to be used in catalytic reactions, which may have excellent catalytic activity and selectivity in theory. The newly established Nano-catalysis Research Center of China University of Science and Technology-Academician Li Yadong’s Studio will conduct research on the design and preparation of new catalytic materials such as metals, alloys, intermetallic compounds nanocrystals and metal clusters, aiming at opening up new research fields of nano-metal organic catalytic reactions, establishing the essential relationship between traditional homogeneous catalysis and heterogeneous catalysis of metal complexes, discovering new catalysts and their catalytic new reactions and revealing their mechanisms. Strive to build a domestic nano-catalytic research center with core competitiveness and influence in three years, and develop into an internationally renowned nano-catalytic research center within five years. Through interdisciplinary and team building, a group of outstanding young talents will be trained.

　

Brief introduction of Academician Li Yadong:

　

　

Inorganic chemist. Professor Tsinghua University. Born in November 1964 in susong county, Anhui Province. He graduated from the Chemistry Department of Anhui Normal University in July 1986, and received his master’s degree and doctor’s degree from China University of Science and Technology in July 1991 and June 1998 respectively. He is currently the director of Institute of Inorganic Chemistry of Tsinghua University Department of Chemistry, the deputy editor-in-chief of Nano Research and the deputy editor-in-chief of Science Bulletin. In 2011, he was elected as an academician of China Academy of Sciences. Mainly engaged in the research of synthetic chemistry of inorganic nano-materials, and won the second prize of the National Natural Science Award.

　

3. Ionospheric Advanced Research Center-Academician Wan Weixing’s Studio:

　 Advanced Research Center for Ionospheric Science

　

With the progress of space science and technology, human activities have expanded from near-earth atmosphere to earth space and outer space, so it is very important to further understand the influence of space environment on human space activities. Academician Wan Weixing’s Studio, the newly established ionospheric advanced research center of China University of Science and Technology, is a center for ionospheric observation, research and application based on the superior disciplines of the middle and upper atmosphere, the sun and the magnetosphere of HKUST, combined with the new development of ionospheric research and ionospheric exploration in the Institute of Geology and Geophysics, and made use of the advantages of "combination of departments" to carry out collaborative innovation. Strive to use about five years to build it into an ionospheric research center with international influence and the highest research level in the world, and cultivate a research team led by outstanding young talents.

　

Brief introduction of Academician Wan Weixing:

　

　

Space physicist. Researcher, Institute of Geology and Geophysics, China Academy of Sciences. Born in Tianmen City, Hubei Province in July 1958. He graduated from the Department of Space Physics of Wuhan University in 1982, received a master’s degree from Wuhan Institute of Physics of China Academy of Sciences in 1984, and received a doctorate from Wuhan Institute of Physics of China Academy of Sciences in 1989. In 2011, he was elected as an academician of China Academy of Sciences. Mainly engaged in basic research in the fields of ionospheric physics, ionospheric radio wave propagation, upper atmospheric physics, etc., and made important breakthroughs and series of achievements in the research of major scientific issues such as the coupling between ionosphere and atmosphere.

Bulletin of Chongqing Health and Health Commission, October 5, 0&mdash; At 2400 hours, there were 13 newly confirmed local cases in Chongqing, including 3 cases in Shapingba District, 1 case in Wanzhou District, 1 case in Jiulongpo District, 1 case in Hechuan District and 1 case in Tongliang District, all of which were found among the quarantine control personnel. There were 6 cases in Wushan county, 5 cases were found among the isolation and control personnel, and 1 case was converted from asymptomatic infection to confirmed case. There were 24 new cases of asymptomatic local infections, including 5 cases in Xiushan County, 3 cases in Pengshui County, 2 cases in Nan ‘an District, 2 cases in Bishan District, 2 cases in Fengdu County, 2 cases in Wushan County, 1 case in Yubei District, 1 case in Changshou District, 1 case in Hechuan District and 1 case in Tongnan District, all of which were found among the quarantine control personnel. 4 cases in Dianjiang county were found in nucleic acid detection of key personnel. Medical observation on relieving a native asymptomatic infected person (Shapingba District).

As of 24: 00 on October 5th, there were 32 confirmed cases in Chongqing (1 case in Beibei District, 1 case in jiangjin district, 2 cases in Nan ‘an District, 2 cases in Fuling District, 1 case in Banan District, 3 cases in Pengshui County, 2 cases in Wanzhou District, 6 cases in Shapingba District, 2 cases in Qijiang District, 1 case in Nanchuan District, 1 case in Bishan District, 1 case in Rongchang District, 6 cases in Wushan County and 9 cases in Jiulongpo). At present, there are 48 local asymptomatic infected people (2 cases in Shapingba District, 3 cases in Changshou District, 1 case in dadukou district, 1 case in jiangjin district, 1 case in Liangping District, 1 case in Beibei District, 5 cases in Hechuan District, 1 case in Dazu District, 3 cases in Fengdu County, 6 cases in Xiushan County, 6 cases in Yubei District, 5 cases in Pengshui County, 1 case in Yuzhong District, 3 cases in Nan ‘an District, 2 cases in Wushan County, 2 cases in Bishan District, and 3 cases in Yubei District.

October 5th 0&mdash; At 2400 hours, there were no newly imported confirmed cases and asymptomatic infected persons in Chongqing.

As of 24: 00 on October 5th, Chongqing has imported 10 confirmed cases (3 from Italy, 1 from Spain, 4 from Singapore, 1 from Hong Kong, China and 1 from Thailand) and 11 asymptomatic infected persons (1 from Italy, 1 from Hong Kong, China, 3 from Singapore, 5 from Spain and 1 from Laos).

The basic situation of newly confirmed local cases and asymptomatic local infected people in Chongqing on October 5 is as follows:

I. Wushan County

The confirmed cases 1, 2, 3, 4 and 5 in Wushan County are all returnees from key areas outside the city. On October 5th, according to the laboratory examination results, imaging features and clinical symptoms, they were all diagnosed as COVID-19 confirmed cases (light cases) after consultation by the expert group.

The 6 confirmed cases in Wushan County are asymptomatic infected persons reported in Wushan County on October 4th. On October 5th, due to the change of illness, it was diagnosed as a confirmed case (light) in COVID-19 after consultation by the expert group.

2 asymptomatic infected persons and 3 asymptomatic infected persons in Wushan county are all returned to Chongqing in key areas outside the city. On October 5, according to the laboratory examination results, imaging characteristics and clinical symptoms, they were all diagnosed as asymptomatic infected people after consultation by the expert group.

Second, Xiushan County

Asymptomatic infected persons in Xiushan County 2, asymptomatic infected persons 3, asymptomatic infected persons 4, asymptomatic infected persons 5 and asymptomatic infected persons 6 are all close contacts of asymptomatic infected persons 1 in Xiushan County. On October 5, according to the laboratory examination results, imaging characteristics and clinical symptoms, they were all diagnosed as asymptomatic infected people after consultation by the expert group.

Third, Dianjiang County

Asymptomatic infected persons in Dianjiang County 1, asymptomatic infected persons 2, asymptomatic infected persons 3 and asymptomatic infected persons 4 are all returned to Chongqing in key areas outside the city. On October 5, according to the laboratory examination results, imaging characteristics and clinical symptoms, they were all diagnosed as asymptomatic infected people after consultation by the expert group.

4. Shapingba District

Confirmed cases 4, 5 and 6 in Shapingba District are all returnees from key areas outside the city. On October 5th, according to the laboratory examination results, imaging features and clinical symptoms, they were all diagnosed as COVID-19 confirmed cases (light cases) after consultation by the expert group.

V. Pengshui County

Asymptomatic infected persons in Pengshui County 3, asymptomatic infected persons 4 and asymptomatic infected persons 5 are all returned to Chongqing in key areas outside the city. On October 5, according to the laboratory examination results, imaging characteristics and clinical symptoms, they were all diagnosed as asymptomatic infected people after consultation by the expert group.

VI. Nan ‘an District

2 asymptomatic infected persons and 3 asymptomatic infected persons in Nan ‘an District are all returned to Chongqing from key areas outside the city. On October 5, according to the laboratory examination results, imaging characteristics and clinical symptoms, they were all diagnosed as asymptomatic infected people after consultation by the expert group.

Seven, Hechuan District

The confirmed case 1 in Hechuan District is a person who returned to Chongqing in key areas outside the city. On October 5th, according to the laboratory examination results, imaging features and clinical symptoms, it was diagnosed as a confirmed case (light) in COVID-19 after consultation by the expert group.

There are 5 asymptomatic infected people in Hechuan district, who are returning to Chongqing in key areas outside the city. On October 5, according to the laboratory examination results, imaging features and clinical symptoms, the patient was diagnosed as asymptomatic infection after consultation by the expert group.

Eight, Bishan District

Asymptomatic infected persons in Bishan District 1 and asymptomatic infected persons 2 are all returned to Chongqing in key areas outside the city. On October 5, according to the laboratory examination results, imaging characteristics and clinical symptoms, they were all diagnosed as asymptomatic infected people after consultation by the expert group.

Nine, Fengdu County

2 asymptomatic infected persons and 3 asymptomatic infected persons in Fengdu County are all returnees from key areas outside the city. On October 5, according to the laboratory examination results, imaging characteristics and clinical symptoms, they were all diagnosed as asymptomatic infected people after consultation by the expert group.

X. Wanzhou District

The confirmed case 2 in Wanzhou District is a person who has returned to Chongqing in key areas outside the city. On October 5th, according to the laboratory examination results, imaging features and clinical symptoms, it was diagnosed as a confirmed case (light) in COVID-19 after consultation by the expert group.

Xi. Jiulongpo District

The confirmed case 1 in Jiulongpo District is a person who returned to Chongqing in key areas outside the city. On October 5th, according to the laboratory examination results, imaging features and clinical symptoms, it was diagnosed as a confirmed case (light) in COVID-19 after consultation by the expert group.

XII. Yubei District

There are 6 asymptomatic infected people in Yubei District, who are returning to Chongqing in key areas outside the city. On October 5, according to the laboratory examination results, imaging features and clinical symptoms, the patient was diagnosed as asymptomatic infection after consultation by the expert group.

Thirteen, longevity area

There are 4 asymptomatic infected people in Changshou district, who are returning to Chongqing in key areas outside the city. On October 5, according to the laboratory examination results, imaging features and clinical symptoms, the patient was diagnosed as asymptomatic infection after consultation by the expert group.

XIV. Tongliang District

The confirmed case 1 in Tongliang District is a person who returned to Chongqing in key areas outside the city. On October 5th, according to the laboratory examination results, imaging features and clinical symptoms, it was diagnosed as a confirmed case (light) in COVID-19 after consultation by the expert group.

Fifteen, Tongnan District

No.1 asymptomatic infected person in Tongnan District is a person who has returned to Chongqing in key areas outside the city. On October 5, according to the laboratory examination results, imaging features and clinical symptoms, the patient was diagnosed as asymptomatic infection after consultation by the expert group.

Notice of the State Council Municipality on Printing and Distributing the Action Plan for Water Pollution Prevention and Control
Guo Fa [2015] No.17

People’s governments of all provinces, autonomous regions and municipalities directly under the Central Government, ministries and commissions and institutions directly under the State Council:
　　The Action Plan for Water Pollution Prevention and Control is hereby printed and distributed to you, please implement it carefully.
　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　 ?the State Council
　　　　　　　　　　　　　　　　　　　　　　　　　　　　 　April 2, 2015

　　(This piece is publicly released)

?

?

water pollution control action plan

　　Water environmental protection is related to the vital interests of the people, to building a well-off society in an all-round way and to realizing the Chinese dream of great rejuvenation of the Chinese nation. At present, in some areas of China, problems such as poor water environment quality, serious water ecological damage and many environmental hidden dangers are very prominent, which affect and damage people’s health and are not conducive to sustainable economic and social development. This action plan is formulated in order to effectively strengthen the prevention and control of water pollution and ensure national water security.
　　General requirementsFully implement the spirit of the 18th National Congress of the Communist Party of China and the 2nd, 3rd and 4th Plenary Sessions of the 18th Central Committee, vigorously promote the construction of ecological civilization, focus on improving the quality of water environment, implement the policy of "safety, cleanliness and health" according to the principle of "giving priority to water conservation, spatial balance, systematic management and exerting efforts with both hands", strengthen source control, make overall plans for land and water, and give consideration to rivers, lakes and seas. Adhere to government market coordination and pay attention to reform and innovation; Adhere to the comprehensive promotion according to law and implement the strictest environmental protection system; Adhere to the implementation of the responsibilities of all parties and strictly assess accountability; Adhere to the participation of the whole people, and it is everyone’s responsibility to promote water conservation and clean water, and form a new mechanism for water pollution prevention and control that is "led by the government, governed by enterprises, driven by the market, and participated by the public", so as to achieve win-win environmental, economic and social benefits and strive to build a beautiful China where the blue sky is always there, the green mountains are always there, and the green water is always there.
　　job objectiveBy 2020, the quality of water environment in China will be improved in stages, the water bodies with serious pollution will be greatly reduced, the level of drinking water safety will be continuously improved, the over-exploitation of groundwater will be strictly controlled, the trend of groundwater pollution will be initially curbed, the environmental quality of coastal waters will be steadily improved, and the water ecological environment in Beijing-Tianjin-Hebei, Yangtze River Delta and Pearl River Delta will be improved. By 2030, we will strive to improve the overall quality of the water environment in the country and restore the functions of the water ecosystem initially. By the middle of this century, the quality of ecological environment has been improved in an all-round way, and the ecosystem has achieved a virtuous circle.
　　leading indicatorBy 2020, the proportion of water quality in seven key river basins, such as the Yangtze River, the Yellow River, the Pearl River, the Songhua River, the Huaihe River, the Haihe River and the Liaohe River, will be above 70%, the black and odorous water bodies in the built-up areas of cities at or above the prefecture level will be controlled within 10%, the proportion of centralized drinking water sources at or above the prefecture level will be above 93%, and the proportion of groundwater quality in the whole country will be controlled around 15%. The cross-section ratio of water bodies that have lost their use function (inferior to Class V) in Beijing-Tianjin-Hebei region has dropped by about 15 percentage points, and the Yangtze River Delta and Pearl River Delta regions are striving to eliminate water bodies that have lost their use function.
　　By 2030, the proportion of excellent water quality in seven key river basins in China will reach more than 75% as a whole, the black and odorous water bodies in urban built-up areas will be eliminated as a whole, and the proportion of urban centralized drinking water sources reaching or better than Grade III will be about 95% as a whole.
　　First, comprehensive control of pollutant emissions
　　(1) Pay close attention to the prevention and control of industrial pollution.Banning "ten small" enterprises. Comprehensively investigate small industrial enterprises with low equipment level and poor environmental protection facilities. Before the end of 2016, according to the requirements of laws and regulations on water pollution prevention and control, all small-scale production projects that seriously pollute the water environment, such as papermaking, tanning, printing and dyeing, dyes, coking, sulfur smelting, arsenic smelting, oil refining, electroplating and pesticides, will be banned.. (The Ministry of Environmental Protection takes the lead, with the participation of the Ministry of Industry and Information Technology, the Ministry of Land and Resources and the Energy Bureau, and the local people’s governments at all levels are responsible for the implementation. The following must be implemented by local people’s governments at all levels, and are no longer listed)
　　Special rectification of ten key industries. Formulate special treatment plans for papermaking, coking, nitrogen fertilizer, non-ferrous metals, printing and dyeing, agricultural and sideline food processing, raw material medicine manufacturing, tanning, pesticides, electroplating and other industries, and implement clean transformation. New construction, renovation and expansion of the above-mentioned industry construction projects will implement equal or reduced replacement of major pollutants. Before the end of 2017, the paper industry will strive to complete the transformation of chlorine-free bleaching of pulp or adopt other low-pollution pulping technologies, the coke oven of iron and steel enterprises will complete the technical transformation of dry quenching, the urea production of nitrogen fertilizer industry will complete the technical transformation of hydrolysis and analysis of process condensate, the printing and dyeing industry will implement the technical transformation of low drainage dyeing and finishing, the pharmaceutical (antibiotics and vitamins) industry will implement the technical transformation of green enzyme production, and the leather industry will implement the technical transformation of chromium reduction and closed recycling..(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Industry and Information Technology)
　　Centralized control of water pollution in industrial clusters. Strengthen pollution control in industrial clusters such as economic and technological development zones, high-tech industrial development zones and export processing zones. Industrial wastewater in the agglomeration area must be pretreated to meet the requirements of centralized treatment before entering the centralized sewage treatment facilities. Newly built and upgraded industrial clusters should plan and build pollution control facilities such as centralized treatment of sewage and garbage simultaneously. Before the end of 2017, centralized sewage treatment facilities should be built in industrial clusters according to regulations, and automatic online monitoring devices should be installed, and the Beijing-Tianjin-Hebei, Yangtze River Delta and Pearl River Delta regions should be completed one year ahead of schedule; If it is not completed within the time limit, the approval and approval of the construction projects that increase the discharge of water pollutants will be suspended, and its park qualification will be revoked in accordance with relevant regulations.(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Science and Technology, the Ministry of Industry and Information Technology and the Ministry of Commerce)
　　(2) Strengthen the control of urban domestic pollution.Accelerate the construction and transformation of urban sewage treatment facilities. Existing urban sewage treatment facilities should be transformed according to local conditions, and meet the corresponding discharge standards or recycling requirements before the end of 2020. Urban sewage treatment facilities in sensitive areas (key lakes, key reservoirs, and coastal water catchment areas) should fully meet the first-class A discharge standard before the end of 2017. In cities where the water quality in the built-up area can’t meet the Class IV standard of surface water, the newly-built urban sewage treatment facilities should implement the Class A discharge standard. According to the requirements of the national new urbanization plan, by 2020, all county towns and key towns in China will have the capacity of sewage collection and treatment, and the sewage treatment rates of county towns and cities will reach about 85% and 95% respectively. The Beijing-Tianjin-Hebei, Yangtze River Delta and Pearl River Delta regions were completed one year ahead of schedule.(led by the Ministry of Housing and Urban-Rural Development, with the participation of the Development and Reform Commission and the Ministry of Environmental Protection)
　　Comprehensively strengthen the construction of supporting pipe network. Strengthen sewage interception and collection in urban villages, old urban areas and urban-rural fringe areas. The existing combined drainage system should speed up the transformation of rain and sewage separation. If it is difficult to transform, measures such as interception, storage and treatment should be taken. The supporting pipe network of new sewage treatment facilities should be designed, constructed and put into operation simultaneously. Except in arid areas, rainwater and sewage are diverted in the construction of new urban areas, and areas with conditions should promote the collection, treatment and resource utilization of initial rainwater. By 2017, the sewage in the built-up areas of municipalities directly under the central government, provincial capital cities and cities with separate plans will be basically collected and treated, and the built-up areas of other prefecture-level cities will be basically realized by the end of 2020.(led by the Ministry of Housing and Urban-Rural Development, with the participation of the Development and Reform Commission and the Ministry of Environmental Protection)
　　Promote sludge treatment and disposal. Sludge produced by sewage treatment facilities should be treated and disposed of in a stable, harmless and resource-based manner, and it is forbidden to treat and dispose the sludge that is not up to standard and enter the cultivated land. Illegal sludge dumps will be banned. The existing sludge treatment and disposal facilities should basically complete the standard transformation before the end of 2017, and the harmless treatment and disposal rate of sludge in prefecture-level and above cities should reach more than 90% by the end of 2020..(led by the Ministry of Housing and Urban-Rural Development, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Environmental Protection and the Ministry of Agriculture)
　　(3) Promoting the prevention and control of pollution in agriculture and rural areas.Prevention and control of livestock and poultry pollution. Scientifically demarcate the livestock and poultry breeding forbidden areas. Before the end of 2017, the livestock and poultry farms (communities) and specialized breeding households in the forbidden areas will be closed or relocated according to law, and the Beijing-Tianjin-Hebei, Yangtze River Delta and Pearl River Delta regions will be completed one year ahead of schedule. The existing large-scale livestock and poultry farms (communities) should build facilities for the storage, treatment and utilization of fecal sewage according to the needs of pollution prevention and control. Free-range intensive areas should implement household collection and centralized treatment and utilization of livestock manure sewage. Since 2016, new construction, reconstruction and expansion of large-scale livestock and poultry farms (communities) should implement rain and sewage diversion and waste water resource utilization..(The Ministry of Agriculture takes the lead and the Ministry of Environmental Protection participates)
　　Control agricultural non-point source pollution. Formulate and implement the national comprehensive prevention and control plan for agricultural non-point source pollution. Promote the pilot experience of subsidies for the use of low-toxic and low-residue pesticides, and carry out green prevention and control of crop pests and diseases and unified prevention and control. Implement soil testing and formula fertilization, and popularize precision fertilization techniques and machines. Improve the standards and norms of high-standard farmland construction, land development and consolidation, clarify environmental protection requirements, and build high-standard farmland to meet relevant environmental protection requirements. Sensitive areas and large and medium-sized irrigation areas should use existing ditches, ponds, pits, etc., configure aquatic plant communities, grids and permeable dams, and build ecological ditches, sewage purification ponds, surface runoff storage pools and other facilities to purify farmland drainage and surface runoff. By 2020, the popularization coverage rate of soil testing and formula fertilization technology will reach more than 90%, the utilization rate of chemical fertilizers will increase to more than 40%, and the coverage rate of crop pests and diseases will reach more than 40%; The Beijing-Tianjin-Hebei, Yangtze River Delta and Pearl River Delta regions were completed one year ahead of schedule.(Led by the Ministry of Agriculture, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Land and Resources, the Ministry of Environmental Protection, the Ministry of Water Resources and the General Administration of Quality Supervision, Inspection and Quarantine)
　　Adjust the structure and layout of planting industry. Retreat land and reduce water in water-deficient areas on a trial basis. In areas where groundwater is easy to be polluted, priority should be given to planting crops with low fertilizer and drug demand and outstanding environmental benefits. Five provinces (regions) such as Gansu, Xinjiang (including Xinjiang Production and Construction Corps), Hebei, Shandong and Henan, where the problems of over-exploitation of surface water and over-exploitation of groundwater are serious, should appropriately reduce the planting area of crops with large water consumption and replant drought-tolerant crops and economic forests; By the end of 2018, the irrigation area of 33 million mu will be comprehensively managed, and the amount of water will be reduced by more than 3.7 billion cubic meters.(Led by the Ministry of Agriculture and the Ministry of Water Resources, with the participation of the Development and Reform Commission and the Ministry of Land and Resources)
　　Accelerate the comprehensive improvement of rural environment. Taking the county-level administrative region as a unit, unified planning, unified construction and unified management of rural sewage treatment will be implemented, and areas with conditions will actively promote the extension of urban sewage treatment facilities and services to rural areas. Deepen the policy of "promoting governance with awards", implement rural clean-up projects, carry out river dredging and dredging, and promote the contiguous improvement of rural environment. By 2020, there will be 130,000 newly established villages that have completed comprehensive environmental improvement..(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources and the Ministry of Agriculture)
　　(4) Strengthen the pollution control of ships and ports.Actively control ship pollution. Compulsory scrapping of ships that have exceeded their service life according to law. Revise the relevant environmental protection standards of ships and their facilities and equipment by classification. Coastal ships put into use in 2018 and inland river ships put into use in 2021 will implement new standards; Other ships will be rebuilt before the end of 2020, and if they still cannot meet the requirements after renovation, they will be eliminated within a time limit. Ships sailing on international routes in China’s waters should exchange ballast water or install ballast water inactivation treatment system. Standardize ship dismantling, and prohibit beach dismantling.(The Ministry of Transport takes the lead, with the participation of the Ministry of Industry and Information Technology, the Ministry of Environmental Protection, the Ministry of Agriculture and the General Administration of Quality Supervision, Inspection and Quarantine)
　　Enhance the pollution prevention and control capacity of ports and docks. Formulate and implement the national pollution prevention and control plan for ports, docks and loading and unloading stations. Accelerate the construction of garbage receiving, transshipment, treatment and disposal facilities, and improve the receiving and disposal capacity of oily sewage and chemical tank washing water and the emergency response capacity of pollution accidents. Ports, docks, loading and unloading stations and ship repair plants located in coastal and inland rivers will meet the construction requirements by the end of 2017 and 2020 respectively. Operators of ports, wharves and loading and unloading stations shall formulate emergency plans to prevent and control water pollution caused by ships and related activities.(The Ministry of Transport takes the lead, with the participation of the Ministry of Industry and Information Technology, the Ministry of Housing and Urban-Rural Development and the Ministry of Agriculture)
　　Second, promote the transformation and upgrading of the economic structure
　　(5) adjusting the industrial structure.Eliminate backward production capacity according to law. Since 2015, all localities should formulate and implement annual plans for eliminating backward production capacity according to the guidance catalogue for eliminating backward production technology and equipment and products in some industrial sectors, the guidance catalogue for industrial structure adjustment and the pollutant discharge standards of related industries, and in combination with the requirements for water quality improvement and industrial development, and report them to the Ministry of Industry and Information Technology and the Ministry of Environmental Protection for the record. In areas that have not completed the elimination task, the approval and approval of new projects in related industries will be suspended.(Led by the Ministry of Industry and Information Technology, with the participation of the Development and Reform Commission and the Ministry of Environmental Protection)
　　Strict environmental access. According to the water quality objectives of the river basin and the planning requirements of the main functional areas, the regional environmental access conditions are defined, the functional zoning is refined, and the differentiated environmental access policies are implemented. The establishment of water resources, water environment carrying capacity monitoring and evaluation system, the implementation of carrying capacity monitoring and early warning, has exceeded the carrying capacity of the region to implement water pollutant reduction program, accelerate the adjustment of development planning and industrial structure. By 2020, the organization will complete the evaluation of the current situation of water resources and water environment carrying capacity in cities and counties.(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources and the Oceanic Administration)
　　(6) Optimize the spatial layout.Reasonably determine the development layout, structure and scale. Fully consider the carrying capacity of water resources and water environment, and determine the city, land, people and production by water. In principle, major projects are laid out in optimized development zones and key development zones, and conform to urban and rural planning and overall land use planning. Encourage the development of water-saving and efficient modern agriculture, high-tech industries with low water consumption and eco-protection tourism, strictly control the development of high-water consumption and high-pollution industries in water-deficient areas, serious water pollution areas and sensitive areas, and implement the reduction and replacement of major pollutants in key industry construction projects. Along the main streams of the seven key river basins, it is necessary to strictly control the environmental risks of petroleum processing, chemical raw materials and chemical products manufacturing, pharmaceutical manufacturing, chemical fiber manufacturing, non-ferrous metal smelting, textile printing and dyeing, and rationally arrange production facilities and storage facilities for dangerous chemicals..(led by the Development and Reform Commission and the Ministry of Industry and Information Technology, with the participation of the Ministry of Land and Resources, the Ministry of Environmental Protection, the Ministry of Housing and Urban-Rural Development and the Ministry of Water Resources)
　　Promote the withdrawal of polluting enterprises. Enterprises with heavy pollution, such as steel, nonferrous metals, paper making, printing and dyeing, raw material medicine manufacturing, chemical industry, etc., in the urban built-up area should be relocated in an orderly manner or closed down according to law.(The Ministry of Industry and Information Technology takes the lead and the Ministry of Environmental Protection participates)
　　Actively protect ecological space. Strict management of urban planning blue line, a certain proportion of water area should be reserved within the urban planning area. New projects are not allowed to illegally occupy waters. Strict water shoreline use control, land development and utilization should be in accordance with the requirements of relevant laws, regulations and technical standards, leaving enough scope for the management and protection of rivers, lakes and coastal areas, and illegally occupying them should be withdrawn within a time limit.(The Ministry of Land and Resources and the Ministry of Housing and Urban-Rural Development take the lead, with the participation of the Ministry of Environmental Protection, the Ministry of Water Resources and the Oceanic Administration)
　　(7) Promoting circular development.Strengthen industrial water recycling. To promote the comprehensive utilization of mine water, priority should be given to the supplementary water in coal mining areas, production and ecological water in surrounding areas, and the recycling of coal washing wastewater should be strengthened. Encourage advanced treatment and reuse of wastewater from high-water consuming enterprises such as steel, textile printing and dyeing, paper making, petroleum and petrochemical, chemical industry and leather making.(Development and Reform Commission, Ministry of Industry and Information Technology take the lead, Ministry of Water Resources and Energy Bureau participate)
　　Promote the utilization of reclaimed water. Focus on cities in areas with serious water shortage and water pollution, improve the utilization facilities of reclaimed water, and give priority to the use of reclaimed water for industrial production, urban greening, road cleaning, vehicle washing, building construction and ecological landscape. Promote sewage treatment and utilization in expressway service areas. Projects such as steel, thermal power, chemical industry, pulping and papermaking, printing and dyeing that have the conditions to use reclaimed water but are not fully utilized shall not be approved for new water intake permits. Since 2018, newly-built public buildings with a single building area of more than 20,000 square meters, and newly-built affordable housing with a concentration of 20,000 square meters in Beijing, 50,000 square meters in Tianjin and 100,000 square meters in Hebei Province should be equipped with reclaimed water facilities. Actively promote other new houses to install water facilities in buildings. By 2020, the utilization rate of reclaimed water in water-deficient cities will reach more than 20%, and the Beijing-Tianjin-Hebei region will reach more than 30%.(led by the Ministry of Housing and Urban-Rural Development, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Environmental Protection, the Ministry of Transport and the Ministry of Water Resources)
　　Promote the utilization of seawater. In the power, chemical, petrochemical and other industries in coastal areas, the direct use of seawater as industrial water for circulating cooling is promoted. In cities where conditions permit, accelerate the promotion of desalinated seawater as a supplementary source of domestic water..(Led by the Development and Reform Commission, with the participation of the Ministry of Industry and Information Technology, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources and the Oceanic Administration)
　　Third, focus on saving and protecting water resources
　　(eight) control the total amount of water.Implement the strictest water resources management. Improve the total water intake control index system. To strengthen the demonstration of water resources in relevant planning and project construction layout, the preparation of national economic and social development planning, the overall urban planning and the layout of major construction projects should fully consider local water resources conditions and flood control requirements. For areas where the total water intake has reached or exceeded the control index, the approval of new water intake permits for their construction projects will be suspended. Planned water use management shall be implemented for units and other major water users included in the water permit management. The water consumption of new construction, reconstruction and expansion projects should reach the advanced level of the industry, and water-saving facilities should be designed, constructed and put into operation at the same time as the main project. Establish a list of key monitoring water units. By 2020, the total water consumption in China will be controlled within 670 billion cubic meters..(Led by the Ministry of Water Resources, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Housing and Urban-Rural Development and the Ministry of Agriculture)
　　Strictly control over-exploitation of groundwater. In the development and utilization of groundwater in areas prone to geological disasters such as land subsidence, ground fissures and karst collapse, the risk assessment of geological disasters should be carried out. Strictly control the exploitation of deep confined water, and strictly implement water intake permit and mining permit for the development of geothermal water and mineral water. Standardize the management of well construction in accordance with the law, check and register the wells that have been built, and all self-provided wells that are not approved and covered by the public water supply network will be closed. Work out the groundwater hydraulic recovery scheme in land subsidence area and seawater intrusion area. Carry out comprehensive management of groundwater over-exploitation area in North China, and prohibit industrial and agricultural production and service industries from adding groundwater in the over-exploitation area. The implementation of agricultural infrastructure projects such as land consolidation, agricultural development and poverty alleviation in the Beijing-Tianjin-Hebei region shall not be conditional on supporting well drilling. Before the end of 2017, the delineation of the forbidden mining area, restricted mining area and land subsidence control area of groundwater will be completed, and the Beijing-Tianjin-Hebei, Yangtze River Delta and Pearl River Delta regions will be completed one year ahead of schedule..(The Ministry of Water Resources and the Ministry of Land and Resources take the lead, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Finance, the Ministry of Housing and Urban-Rural Development and the Ministry of Agriculture)
　　(9) Improve water use efficiency.Establish a water efficiency evaluation system such as water consumption index of 10 thousand yuan GDP, and incorporate the completion of water-saving targets and tasks into the performance evaluation of local governments. Unconventional water sources such as reclaimed water, rainwater and brackish water will be brought into the unified allocation of water resources. By 2020, the water consumption per 10,000 yuan of GDP and the water consumption per 10,000 yuan of industrial added value will decrease by 35% and 30% respectively compared with 2013.. (The Ministry of Water Resources takes the lead, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology and the Ministry of Housing and Urban-Rural Development)
　　Do a good job in industrial water saving. Formulate the catalogue of water technologies, processes, products and equipment encouraged and eliminated by the state, and improve the water quota standard for high water consumption industries. Carry out water-saving diagnosis, water balance test, water efficiency evaluation, and strictly manage water quota. By 2020, high water consumption industries such as electric power, steel, textile, paper making, petroleum and petrochemical, chemical industry and food fermentation will reach advanced quota standards..(The Ministry of Industry and Information Technology and the Ministry of Water Resources take the lead, with the participation of the Development and Reform Commission, the Ministry of Housing and Urban-Rural Development and the General Administration of Quality Supervision, Inspection and Quarantine)
　　Strengthen urban water conservation. It is forbidden to produce and sell products and equipment that do not meet the water-saving standards. Water-saving appliances must be used in public buildings, and domestic water appliances such as water taps, toilet tanks and so on that do not meet the water-saving standards in public buildings must be eliminated within a time limit. Encourage households to choose water-saving appliances. Renovation of the water supply network that has been used for more than 50 years and has backward materials. By 2017, the leakage rate of the national public water supply network will be controlled within 12%; By 2020, it will be controlled within 10%. Actively promote low-impact development and construction mode, and build rainwater collection and utilization facilities that combine stagnation, infiltration, storage, use and drainage. The permeable area of hardened ground in new urban areas should reach more than 40%. By 2020, all water-deficient cities at prefecture level and above will meet the requirements of national water-saving city standards, and the Beijing-Tianjin-Hebei, Yangtze River Delta and Pearl River Delta regions will be completed one year ahead of schedule.(led by the Ministry of Housing and Urban-Rural Development, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Water Resources and the General Administration of Quality Supervision, Inspection and Quarantine)
　　Develop agricultural water conservation. Popularize water-saving irrigation technologies such as canal seepage prevention, pipeline water delivery, sprinkler irrigation and micro-irrigation, and improve irrigation water metering facilities. In the northeast, northwest, Huang Huai Hai and other regions, we will promote large-scale and efficient water-saving irrigation and popularize crop water-saving and drought-resistant technologies. By 2020, the tasks of continuous construction and water-saving transformation of large-scale irrigation areas and key medium-sized irrigation areas will be basically completed, the area of water-saving irrigation projects in China will reach about 700 million mu, and the effective utilization coefficient of farmland irrigation water will reach above 0.55..(led by the Ministry of Water Resources and the Ministry of Agriculture, with the participation of the Development and Reform Commission and the Ministry of Finance)
　　(10) Scientific protection of water resources.Improve the assessment and evaluation system of water resources protection. Strengthen the supervision and management of water functional areas, and strictly verify the water pollution capacity.(Led by the Ministry of Water Resources, with the participation of the Development and Reform Commission and the Ministry of Environmental Protection)
　　Strengthen the water dispatching management of rivers and lakes. Improve the water dispatching scheme. Take measures such as joint operation of dams and dams and ecological water replenishment, reasonably arrange the discharge amount and discharge period under dams, maintain the basic ecological water demand of rivers and lakes, and focus on ensuring the ecological basic flow in dry season. Strengthen the construction of water conservancy projects and give full play to the role of controlled water conservancy projects in improving water quality.(The Ministry of Water Resources takes the lead and the Ministry of Environmental Protection participates)
　　Scientifically determine the ecological flow. In the Yellow River, Huaihe River and other river basins, the ecological flow (water level) is determined by stages, which is an important reference for river basin water regulation.(The Ministry of Water Resources takes the lead and the Ministry of Environmental Protection participates)
　　Fourth, strengthen scientific and technological support
　　(eleven) to promote the application of demonstration technology.Accelerate the popularization and application of technological achievements, focusing on the popularization of applicable technologies such as drinking water purification, water saving, water pollution control and recycling, urban rainwater collection and utilization, safe reuse of reclaimed water, water ecological restoration, and pollution prevention and control of livestock and poultry breeding. Improve the environmental protection technology evaluation system, strengthen the construction of the national environmental protection scientific and technological achievements sharing platform, and promote the sharing and transformation of technological achievements. Give full play to the main role of enterprises in technological innovation, promote key enterprises in water treatment to form strategic alliances of technological innovation in Industry-University-Research with scientific research institutes and universities, and demonstrate and popularize advanced technologies of source control, emission reduction and cleaner production.(Led by the Ministry of Science and Technology, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Environmental Protection, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources, the Ministry of Agriculture and the Oceanic Administration)
　　(twelve) research and development of forward-looking technology.Integrate scientific and technological resources, and accelerate the research and development of technologies such as advanced treatment of wastewater in key industries, low-cost and high-standard treatment of domestic sewage, desalination of seawater and industrial high-salt wastewater, treatment of trace toxic pollutants in drinking water, remediation of groundwater pollution, hazardous chemical accidents and emergency response of water oil spills through relevant national scientific and technological plans (special projects and funds). Carry out research on water environment standards such as organic matter and heavy metals, the impact of water pollution on human health, risk assessment of new pollutants, water environment damage assessment, and high-quality reclaimed water to supplement drinking water sources. Strengthen international exchanges and cooperation in the fields of water ecological protection, agricultural non-point source pollution prevention, water environment monitoring and early warning, and water treatment technology and equipment..(Led by the Ministry of Science and Technology, with the participation of Development and Reform Commission, Ministry of Industry and Information Technology, Ministry of Land and Resources, Ministry of Environmental Protection, Ministry of Housing and Urban-Rural Development, Ministry of Water Resources, Ministry of Agriculture, Health and Family Planning Commission, etc.)
　　(13) Vigorously develop the environmental protection industry.Standardize the environmental protection industry market. Comprehensively sort out the laws, regulations and provisions concerning environmental protection market access and business conduct norms, and abolish the provisions and practices that hinder the formation of a unified national environmental protection market and fair competition. Improve the bidding management methods and technical standards in the fields of environmental protection engineering design, construction and operation. Promote the industrialization of advanced and applicable technologies and equipment for water saving, pollution control and restoration..(Led by the Development and Reform Commission, with the participation of the Ministry of Science and Technology, the Ministry of Industry and Information Technology, the Ministry of Finance, the Ministry of Environmental Protection, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources and the Oceanic Administration)
　　Accelerate the development of environmental protection service industry. Clarify the responsibilities and obligations of regulatory authorities, pollutant discharge enterprises and environmental protection service companies, and improve mechanisms such as risk sharing and performance guarantee. Encourage the development of environmental protection service general contracting mode including system design, complete sets of equipment, engineering construction, commissioning and operation, and maintenance management, and cooperation mode between government and social capital. Focus on sewage, garbage disposal and industrial parks, and implement third-party environmental pollution control.(led by the Development and Reform Commission and the Ministry of Finance, with the participation of the Ministry of Science and Technology, the Ministry of Industry and Information Technology, the Ministry of Environmental Protection and the Ministry of Housing and Urban-Rural Development)
　　V. Give full play to the role of the market mechanism
　　(14) Rationalize the price, taxes and fees.Accelerate water price reform. Cities at or above the county level should fully implement the residential ladder water price system before the end of 2015, and qualified towns should also actively promote it. By the end of 2020, the system of over-quota and over-planned progressive price increase for non-residents will be fully implemented. Deepen the comprehensive reform of agricultural water price.(Led by the Development and Reform Commission, with the participation of the Ministry of Finance, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources and the Ministry of Agriculture)
　　Improve the charging policy. Revise the management measures for the collection of urban sewage treatment fees, sewage charges and water resources fees, reasonably raise the collection standards, and ensure that all accounts receivable are collected. The charging standard for urban sewage treatment should not be lower than the cost of sewage treatment and sludge treatment and disposal. The collection standard of groundwater resources fee should be higher than that of surface water, and the collection standard of groundwater resources fee in over-exploited areas should be higher than that in non-over-exploited areas..(led by the Development and Reform Commission and the Ministry of Finance, with the participation of the Ministry of Environmental Protection, the Ministry of Housing and Urban-Rural Development and the Ministry of Water Resources)
　　Improve the tax policy. Implement preferential tax policies for environmental protection, energy saving and water saving, and comprehensive utilization of resources according to law. For domestic enterprises to produce large-scale environmental protection equipment supported by the state, key parts and raw materials that must be imported are exempt from customs duties. Accelerate the legislation of environmental protection tax and the reform of resource tax and fee. Study on the inclusion of some products with high energy consumption and high pollution in the scope of consumption tax collection.(Led by the Ministry of Finance and the State Administration of Taxation, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Commerce, the General Administration of Customs and the General Administration of Quality Supervision, Inspection and Quarantine)
　　(15) Promote diversified financing.Guide social capital investment. Actively promote the establishment of financing guarantee funds and promote the development of financial leasing business of environmental protection equipment. Promote pledge financing guarantees such as equity, project income rights, franchise rights and emission rights. Encourage social capital to increase investment in water environmental protection by means of environmental performance contract service and granting development and operation rights..(People’s Bank of China, Development and Reform Commission and Ministry of Finance take the lead, and Ministry of Environmental Protection, Ministry of Housing and Urban-Rural Development, China Banking Regulatory Commission, China Securities Regulatory Commission and China Insurance Regulatory Commission participate)
　　Increase government funding. The central government will increase its support for water environmental protection projects under the central authority, reasonably undertake some water environmental protection projects under the joint authority of the central and local governments, and tilt to underdeveloped areas and key areas; The study adopts special transfer payment and other methods to implement "replacing compensation with awards". Local people’s governments at all levels should focus on supporting projects and work such as sewage treatment, sludge treatment and disposal, river regulation, drinking water source protection, pollution prevention and control of livestock and poultry breeding, water ecological restoration, and emergency decontamination. Necessary protection shall be given to the construction of environmental supervision capacity and the classification of operating expenses..(Led by the Ministry of Finance, with the participation of the Development and Reform Commission and the Ministry of Environmental Protection)
　　(sixteen) to establish an incentive mechanism.Improve the "leader" system of water saving and environmental protection. Encourage advanced energy-saving and emission-reduction enterprises and industrial clusters to reach higher standards in water use efficiency and pollutant discharge intensity, and support the demonstration of clean production, water conservation and pollution control.(Led by the Development and Reform Commission, with the participation of the Ministry of Industry and Information Technology, the Ministry of Finance, the Ministry of Environmental Protection, the Ministry of Housing and Urban-Rural Development and the Ministry of Water Resources)
　　Promote green credit. Actively play the role of financial institutions such as policy banks in water environmental protection, and focus on supporting circular economy, sewage treatment, water resources conservation, water ecological environmental protection, clean and renewable energy utilization and other fields. Strictly restrict loans to enterprises that violate environmental laws. Strengthen the construction of environmental credit system, build a trustworthy incentive and disciplinary mechanism, strengthen cooperation and linkage in environmental protection, banking, securities and insurance, and establish a corporate environmental credit evaluation system by levels before the end of 2017. Encourage industries with high environmental risks such as heavy metals, petrochemicals and transportation of dangerous chemicals to take out environmental pollution liability insurance.(Led by the People’s Bank of China, with the participation of the Ministry of Industry and Information Technology, the Ministry of Environmental Protection, the Ministry of Water Resources, the China Banking Regulatory Commission, the China Securities Regulatory Commission and the China Insurance Regulatory Commission)
　　Implement transboundary water environment compensation. Explore ways such as horizontal financial subsidies, counterpart assistance, and industrial transfer to establish a compensation mechanism for transboundary water environment and carry out compensation pilots. Deepen the pilot project of paid use and trading of emission rights.(Led by the Ministry of Finance, with the participation of the Development and Reform Commission, the Ministry of Environmental Protection and the Ministry of Water Resources)
　　Sixth, strict environmental law enforcement supervision
　　(seventeen) improve the laws and regulations.Improve laws and regulations. Accelerate the revision of laws and regulations on water pollution prevention, marine environmental protection, pollutant discharge permit, and chemical environmental management, and study and formulate laws and regulations on environmental quality target management, environmental function zoning, water conservation and recycling, drinking water source protection, pollution liability insurance, water function area supervision and management, groundwater management, environmental monitoring, ecological flow guarantee, and ship and land-based pollution prevention and control. All localities can study and draft local laws and regulations for the prevention and control of water pollution in light of actual conditions.(Legislative Affairs Office takes the lead, with the participation of Development and Reform Commission, Ministry of Industry and Information Technology, Ministry of Land and Resources, Ministry of Environmental Protection, Ministry of Housing and Urban-Rural Development, Ministry of Transport, Ministry of Water Resources, Ministry of Agriculture, Health and Family Planning Commission, China Insurance Regulatory Commission and Oceanic Administration)
　　Improve the standard system. Formulate and revise environmental quality standards such as groundwater, surface water and ocean, and discharge standards for pollutants such as urban sewage treatment, sludge treatment and disposal, and farmland backwater. Improve the special emission limits of water pollutants in key industries, pollution prevention and control technical policies and cleaner production evaluation index system. All localities can formulate local water pollutant discharge standards that are stricter than the national standards.(Led by the Ministry of Environmental Protection, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Land and Resources, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources, the Ministry of Agriculture and the General Administration of Quality Supervision, Inspection and Quarantine)
　　(eighteen) strengthen law enforcement.All pollutant discharge units must achieve comprehensive discharge standards according to law. Check the pollution discharge of industrial enterprises one by one, and the enterprises that meet the standards should take measures to ensure the stability of the standards; Give a "yellow card" warning to enterprises that exceed the standard and the total amount, and restrict production or stop production for rectification; Enterprises whose rectification still fails to meet the requirements and the circumstances are serious will be given a "red card" punishment, and all will be closed down and closed down. Since 2016, the list of environmental protection "yellow card" and "red card" enterprises has been published regularly. Regularly check the discharge standards of pollutant discharge units, and announce the results to the public..(Responsible by the Ministry of Environmental Protection)
　　We will improve the environmental supervision and law enforcement mechanism of state supervision, provincial inspection and local inspection, strengthen the cooperation between environmental protection, public security, supervision and other departments and units, improve the coordination mechanism between administrative law enforcement and criminal justice, and improve the provisions on case transfer, acceptance, filing and notification. Strengthen supervision over the environmental protection work of local people’s governments and relevant departments, and study and establish a national environmental Ombudsman system.(The Ministry of Environmental Protection takes the lead, with the participation of the Ministry of Industry and Information Technology, the Ministry of Public Security and the Central Organizing Office)
　　Severely crack down on environmental violations. We will focus on cracking down on environmental violations such as setting underground pipes privately or using seepage wells, pits and caves to discharge and dump wastewater containing toxic and harmful pollutants and sewage containing pathogens, falsifying monitoring data, using water pollutant treatment facilities abnormally, or dismantling or leaving water pollutant treatment facilities idle without approval. Strictly implement the compensation system for those responsible for causing ecological damage. Seriously investigate and deal with violations of laws and regulations in the field of environmental impact assessment of construction projects, such as ultra vires approval, unapproved construction, construction while approving, and long-term failure to test. Those who constitute a crime shall be investigated for criminal responsibility according to law.(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Public Security and the Ministry of Housing and Urban-Rural Development)
　　(nineteen) to improve the level of supervision.Improve the river basin cooperation mechanism. We will improve the deliberation and coordination mechanism for water environmental protection across departments, regions, river basins and sea areas, give play to the role of regional environmental protection inspection agencies and river basin water resources protection agencies, and explore the establishment of an ecosystem protection and restoration mechanism for land and sea planning. Governments and departments at all levels in the upper and lower reaches of the river basin should strengthen coordination and regular consultation, and implement joint monitoring, joint law enforcement, emergency response and information sharing. Beijing-Tianjin-Hebei, Yangtze River Delta, Pearl River Delta and other regions should establish a linkage and cooperation mechanism for water pollution prevention and control before the end of 2015. Establish a water environmental protection management system that strictly supervises the discharge of all pollutants.(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Transport, the Ministry of Water Resources, the Ministry of Agriculture and the Oceanic Administration)
　　Improve the water environment monitoring network. Unified planning and setting of monitoring sections (points). Improve the technical support capacity of drinking water source water quality monitoring, aquatic organism monitoring, groundwater environmental monitoring, chemical substance monitoring and environmental risk prevention and control. By the end of 2017, a unified water environment monitoring network will be built in Beijing-Tianjin-Hebei, Yangtze River Delta, Pearl River Delta and other regions and sea areas.(Led by the Ministry of Environmental Protection, with the participation of Development and Reform Commission, Ministry of Land and Resources, Ministry of Housing and Urban-Rural Development, Ministry of Transport, Ministry of Water Resources, Ministry of Agriculture, Oceanic Administration, etc.)
　　Improve the ability of environmental supervision. Strengthen environmental monitoring, environmental monitoring, environmental emergency and other professional and technical training, strictly implement the system of law enforcement, monitoring and other personnel holding certificates, strengthen grassroots environmental law enforcement forces, and equip qualified towns (streets) and industrial parks with necessary environmental supervision forces. Cities and counties should implement grid management of environmental supervision from 2016.(Responsible by the Ministry of Environmental Protection)
　　Seven, strengthen water environment management.
　　(twenty) to strengthen the management of environmental quality objectives.Clarify the water quality protection objectives of various water bodies and check the compliance status one by one. Areas that fail to meet the requirements of water quality objectives should formulate a compliance plan, implement pollution control tasks one by one to the sewage units within the catchment area, and clarify the prevention measures and the time limit for compliance. The plan should be reported to the people’s government at the next higher level for the record, and will be announced to the public on a regular basis from 2016. The water quality is not up to standard in the region, and measures such as regional approval are taken when necessary.(Led by the Ministry of Environmental Protection and participated by the Ministry of Water Resources)
　　(twenty-one) to deepen the control of total pollutant discharge.Improve the statistical monitoring system of pollutants, and include all kinds of pollution sources such as industry, urban life, agriculture and mobile sources in the scope of investigation. Select pollutants such as total nitrogen, total phosphorus and heavy metals that have a prominent impact on the quality of water environment, and study and incorporate them into the binding index system of total pollutant discharge control in river basins and regions..(Led by the Ministry of Environmental Protection, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources and the Ministry of Agriculture)
　　(twenty-two) strict environmental risk control.Guard against environmental risks. Regularly assess the environmental and health risks of industrial enterprises and industrial clusters along rivers and lakes, and implement prevention and control measures. Assess the environmental and health risks of existing chemicals, publish the list of priority chemicals before the end of 2017, strictly limit the production and use of high-risk chemicals, and gradually phase out the substitution.(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Industry and Information Technology, the Health and Family Planning Commission and the General Administration of Safety Supervision)
　　Properly handle sudden water pollution incidents. Local people’s governments at all levels should formulate and improve the emergency plan for water pollution accidents, implement the main body of responsibility, clarify the early warning and response procedures, emergency response and safeguard measures, and publish early warning information in a timely manner according to law..(The Ministry of Environmental Protection takes the lead, with the participation of the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources, the Ministry of Agriculture, the Health and Family Planning Commission, etc.)
　　(twenty-three) the full implementation of sewage permits.Issue pollutant discharge permits according to law. Before the end of 2015, the issuance of pollutant discharge permits for key state-controlled pollution sources and pilot areas for paid use and trading of emission rights will be completed, and other pollution sources will be completed before the end of 2017.(Responsible by the Ministry of Environmental Protection)
　　Strengthen license management. In order to improve water quality and prevent environmental risks, the types, concentrations, total amount and discharge destination of pollutants are included in the scope of license management. It is forbidden to discharge pollutants without a license or not according to the provisions of the license. Strengthen the supervision of marine pollution discharge and study the establishment of a marine pollution discharge permit system. Before the end of 2017, complete the construction of the national sewage permit management information platform.(Led by the Ministry of Environmental Protection and participated by the Oceanic Administration)
　　Eight, to ensure the safety of water ecological environment.
　　(twenty-four) to ensure the safety of drinking water sources.Supervise the safety of drinking water from the water source to the faucet. Local people’s governments at all levels and water supply units should regularly monitor, test and evaluate the drinking water safety conditions in their respective administrative areas, such as drinking water sources, effluent from water supply plants and water quality of users’ taps, and cities at prefecture level and above will be open to the public every quarter from 2016. Since 2018, all information on drinking water safety in cities at or above the county level should be made public.(Led by the Ministry of Environmental Protection, with the participation of Development and Reform Commission, Ministry of Finance, Ministry of Housing and Urban-Rural Development, Ministry of Water Resources, Health and Family Planning Commission, etc.)
　　Strengthen the environmental protection of drinking water sources. Carry out standardized construction of drinking water sources and clean up illegal buildings and sewage outlets in drinking water source protection areas according to law. Cities at or above the prefecture level with single water supply should basically complete the construction of standby water sources or emergency water sources before the end of 2020, and places with conditions can be appropriately advanced. Strengthen rural drinking water source protection and water quality testing.(Led by the Ministry of Environmental Protection, with the participation of Development and Reform Commission, Ministry of Finance, Ministry of Housing and Urban-Rural Development, Ministry of Water Resources, Health and Family Planning Commission, etc.)
　　Prevention and control of groundwater pollution. Regularly investigate and evaluate regional environmental conditions such as centralized groundwater drinking water source replenishment areas. Petrochemical production, storage and sales enterprises, industrial parks, mining areas, landfill sites and other areas should carry out necessary anti-seepage treatment. The underground oil tanks of gas stations should be completely upgraded to double-deck tanks or the anti-seepage pool should be set up before the end of 2017. Abandoned mines, drilling wells and water intake wells should be sealed and backfilled. Publish a list of groundwater contaminated sites with high environmental risks and serious impact on public health in Beijing, Tianjin and Hebei, and carry out remediation pilot projects..(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Finance, the Ministry of Land and Resources, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources and the Ministry of Commerce)
　　(twenty-five) to deepen the prevention and control of pollution in key river basins.Formulate and implement water pollution prevention and control plans for seven key river basins. Study and establish a watershed water ecological environment function zoning management system. Take targeted measures against chemical oxygen demand, ammonia nitrogen, total phosphorus, heavy metals and other pollutants that affect human health, and intensify remediation efforts. Total nitrogen emission control should be implemented in rivers that flow into eutrophic lakes and reservoirs. By 2020, the overall water quality of the Yangtze River and the Pearl River will be excellent, and the Songhua River, the Yellow River, the Huaihe River and the Liaohe River will be further improved on the basis of mild pollution, and the pollution level of the Haihe River will be alleviated. The water quality in the Three Gorges reservoir area remains good, and water diversion projects such as the South-to-North Water Diversion Project and the Luanhe River Diversion Project ensure water quality safety. The eutrophication levels of Taihu Lake, Chaohu Lake and Dianchi Lake have improved. The pollution levels of Baiyangdian Lake, Wuliangsuhai Lake, Hulun Lake and Ebinur Lake were reduced. In areas with small environmental capacity, fragile ecological environment and high environmental risks, special emission limits for water pollutants should be implemented. According to the needs of improving the quality of water environment, all localities can expand the scope of implementation of special emission limits..(Led by the Ministry of Environmental Protection, with the participation of Development and Reform Commission, Ministry of Industry and Information Technology, Ministry of Finance, Ministry of Housing and Urban-Rural Development, Ministry of Water Resources, etc.)
　　Strengthen good water protection. Carry out ecological environment safety assessment on rivers, lakes and reservoirs whose source and current water quality meet or exceed Class III, and formulate and implement ecological environment protection schemes. Dongjiang River, Luanhe River, Qiandao Lake and Nansi Lake will be completed before the end of 2017. The water quality of rivers in Zhejiang and Fujian, southwest rivers, northwest rivers and cross-border water bodies remained stable..(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Foreign Affairs, the Development and Reform Commission, the Ministry of Finance, the Ministry of Water Resources and the Forestry Bureau)
　　(twenty-six) to strengthen environmental protection in coastal waters.Implement a pollution prevention and control plan for coastal waters. Focus on remediation of pollution in estuaries and bays such as the Yellow River Estuary, the Yangtze River Estuary, the Minjiang River Estuary, the Pearl River Estuary, Liaodong Bay, Bohai Bay, Jiaozhou Bay, Hangzhou Bay and Beibu Gulf. Total nitrogen emission control is implemented in coastal cities at prefecture level and above. Study and establish a total pollutant discharge control system in key sea areas. Standardize the setting of sewage outlets into the sea, and comprehensively clean up illegal or unreasonable sewage outlets into the sea before the end of 2017. By 2020, coastal provinces (autonomous regions and municipalities) will basically eliminate water bodies inferior to Class V. Improve the entry threshold for sea-related projects.(Led by the Ministry of Environmental Protection and the Oceanic Administration, with the participation of the Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Finance, the Ministry of Housing and Urban-Rural Development, the Ministry of Transport and the Ministry of Agriculture)
　　Promote ecological and healthy farming. Designate restricted culture areas in key rivers and lakes and coastal waters. Standardize aquaculture ponds and offshore cages, and encourage qualified fishery enterprises to carry out offshore and intensive marine farming. Actively promote artificial compound feed, and gradually reduce the use of chilled mixed fish feed. Strengthen the management of aquaculture inputs, standardize and restrict the use of antibiotics and other chemicals according to law, and carry out special rectification. By 2015, the mariculture area will be controlled at about 2.2 million hectares..(The Ministry of Agriculture is responsible)
　　Strictly control the pollution of environmental hormone chemicals. By the end of 2017, we will complete the investigation on the production and use of environmental hormone chemicals, monitor and evaluate the risks of water sources, agricultural products planting areas and aquatic products centralized breeding areas, and implement measures such as elimination, restriction and substitution of environmental hormone chemicals.(Led by the Ministry of Environmental Protection, with the participation of the Ministry of Industry and Information Technology and the Ministry of Agriculture)
　　(twenty-seven) remediation of urban black and odorous water bodies.Take measures such as source control and pollution interception, garbage cleaning, dredging, ecological restoration, etc., increase the intensity of black and odorous water treatment, and announce the treatment situation to the public every six months. The built-up areas of cities at or above the prefecture level should complete the water body investigation before the end of 2015, and announce the name of the black and odorous water body, the responsible person and the time limit for reaching the standard; By the end of 2017, there will be no large-scale floating objects on the river surface, no garbage on the river bank and no illegal sewage outlets; Complete the goal of black and odorous water treatment by the end of 2020. The built-up areas of municipalities directly under the central government, provincial capital cities and cities with separate plans should basically eliminate black and odorous water bodies before the end of 2017..(led by the Ministry of Housing and Urban-Rural Development, with the participation of the Ministry of Environmental Protection, the Ministry of Water Resources and the Ministry of Agriculture)
　　(twenty-eight) the protection of water and wetland ecosystems.Strengthen the ecological protection of rivers and lakes and scientifically delimit the red line of ecological protection. It is forbidden to occupy water conservation space such as natural wetlands, and those that have been occupied should be restored within a time limit. Strengthen the construction and protection of water conservation forests, carry out wetland protection and restoration, and increase the intensity of returning farmland to forests, grasslands and wetlands. Strengthen the ecological construction of riverside (lake) zone, and build vegetation buffer zone and isolation zone on both sides of the river. Strengthen the protection of aquatic wildlife nature reserves and aquatic germplasm conservation zone, carry out in-situ and ex-situ protection of rare and endangered aquatic organisms and important aquatic germplasm resources, and improve aquatic biodiversity. Before the end of 2017, we will formulate and implement aquatic biodiversity protection plans for seven key river basins.(Led by the Ministry of Environmental Protection and Forestry Bureau, with the participation of the Ministry of Finance, the Ministry of Land and Resources, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources and the Ministry of Agriculture)
　　Protect marine ecology. Strengthen the protection of coastal wetlands such as mangroves, coral reefs and seaweed beds, typical ecosystems in estuaries and bays, and important fishery waters such as spawning grounds, feeding grounds, wintering grounds and migration routes, implement proliferation and release, and build artificial reefs. Carry out research on marine ecological compensation and compensation, and implement marine ecological restoration. Earnestly implement the control plan of reclamation, strictly manage and supervise reclamation, prohibit reclamation in key bays, core areas and buffer areas of marine nature reserves, key protected areas and reserved areas of marine special reserves, key estuaries, important coastal wetland areas, important sandy coastline and sand source protected sea areas, specially protected islands and important fishery sea areas, and strictly restrict reclamation in ecologically fragile and sensitive areas and sea areas with poor self-purification ability. Seriously investigate and deal with illegal reclamation, and investigate the responsibility of relevant personnel. Incorporate the protection of natural coastline into the performance evaluation of coastal local governments. By 2020, the national natural coastline retention rate will be no less than 35% (excluding island coastline).(Led by the Ministry of Environmental Protection and the Oceanic Administration, with the participation of the Development and Reform Commission, the Ministry of Finance, the Ministry of Agriculture and the Forestry Bureau)
　　Nine, clear and implement the responsibilities of all parties
　　(twenty-nine) to strengthen the responsibility of local governments for water environmental protection.Local people’s governments at all levels are the main bodies to implement this action plan. Before the end of 2015, they should formulate and publish water pollution prevention and control work plans respectively, and determine the key tasks and annual targets of sub-basins, sub-regions and sub-industries year by year. It is necessary to constantly improve policies and measures, increase capital investment, coordinate urban and rural water pollution control, strengthen supervision, and ensure that all tasks are fully completed. Provinces (autonomous regions and municipalities) work plan submitted to the State Council for the record.(The Ministry of Environmental Protection takes the lead, with the participation of Development and Reform Commission, Ministry of Finance, Ministry of Housing and Urban-Rural Development, Ministry of Water Resources, etc.)
　　(30) Strengthen departmental coordination and linkage.Establish a national cooperation mechanism for water pollution prevention and control, and regularly study and solve major problems. All relevant departments should conscientiously follow the division of responsibilities and do a good job in the prevention and control of water pollution. The Ministry of Environmental Protection should strengthen unified guidance, coordination and supervision, and report the work progress to the State Council in a timely manner..(Led by the Ministry of Environmental Protection, with the participation of Development and Reform Commission, Ministry of Science and Technology, Ministry of Industry and Information Technology, Ministry of Finance, Ministry of Housing and Urban-Rural Development, Ministry of Water Resources, Ministry of Agriculture, Oceanic Administration, etc.)
　　(thirty-one) to implement the main responsibility of sewage units.All types of sewage units should strictly implement environmental laws, regulations and systems, strengthen the construction and operation management of pollution control facilities, carry out self-monitoring, and implement the responsibilities of pollution control and emission reduction and environmental risk prevention. Central enterprises and state-owned enterprises should take the lead in implementation, and enterprises in industrial clusters should explore the establishment of environmental self-discipline mechanisms..(Led by the Ministry of Environmental Protection, with the participation of SASAC)
　　(thirty-two) strict target task assessment.The State Council and the people’s governments of various provinces (autonomous regions and municipalities) signed the responsibility book for water pollution prevention and control, decomposed and implemented the objectives and tasks, and earnestly implemented "one post and two responsibilities". Every year, the implementation of the action plan will be assessed by river basins, sub-regions and sub-seas, and the assessment results will be announced to the public, which will serve as an important basis for the comprehensive assessment and evaluation of leading bodies and leading cadres.(Led by the Ministry of Environmental Protection, with the participation of the Central Organization Department)
　　Take the assessment results as a reference for the allocation of funds related to water pollution prevention and control.(Led by the Ministry of Finance and the Development and Reform Commission, with the participation of the Ministry of Environmental Protection)
　　For those who fail to pass the annual assessment, they should interview the relevant person in charge of the provincial people’s government and its relevant departments, put forward rectification opinions, and urge them; Limit the approval of environmental impact assessment of construction projects in relevant regions and enterprises. For those who fail to effectively respond to water pollution incidents due to ineffective work and absence of performance, as well as those who intervene, falsify data and fail to complete the annual objectives and tasks, the relevant units and personnel should be investigated for responsibility according to law and discipline. Leading cadres who make blind decisions regardless of the ecological environment, resulting in the deterioration of water environment quality and serious consequences, should be put on record, depending on the seriousness of the case, given organizational treatment or disciplinary action, and those who have left their posts should also be held accountable for life..(Led by the Ministry of Environmental Protection and participated by the Ministry of Supervision)
　　X. Strengthening public participation and social supervision
　　(thirty-three) to disclose environmental information according to law.Considering the factors such as the quality of water environment and the standard, the state publishes the list of the worst and best 10 cities and the water environment status of provinces (autonomous regions and municipalities) every year. For cities with poor water environment, if they still fail to meet the requirements after rectification, the honorary titles of environmental protection model city, ecological civilization construction demonstration area, water-saving city, garden city and sanitary city will be cancelled and announced to the public.(Led by the Ministry of Environmental Protection, with the participation of the Development and Reform Commission, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources, the Health and Family Planning Commission and the Oceanic Administration)
　　The people’s governments of all provinces (autonomous regions and municipalities) shall regularly publish the water environment quality status of all prefecture-level cities (prefectures and leagues) within their respective administrative areas. The key pollutant discharge units determined by the state shall disclose the names, discharge modes, discharge concentrations and total amounts, excessive discharge, and the construction and operation of pollution prevention and control facilities to the public in accordance with the law, and take the initiative to accept supervision. Study and publish information such as environmental friendly index of industrial clusters, pollutant emission intensity of key industries, and urban environmental friendly index.(Led by the Ministry of Environmental Protection, with the participation of the Development and Reform Commission and the Ministry of Industry and Information Technology)
　　(34) Strengthen social supervision.Provide public and social organizations with training and consultation on water pollution prevention and control laws and regulations, and invite them to participate in important environmental law enforcement actions and major water pollution incident investigations throughout the process. Publicly expose typical cases of environmental violations. Improve the reporting system and give full play to the role of "12369" environmental reporting hotline and network platform. The deadline for the masses to report complaints about environmental problems, once verified, can be rewarded informants. Fully listen to the public’s opinions on major decisions and construction projects through public hearings, online solicitation and other forms. Actively promote environmental public interest litigation.(Responsible by the Ministry of Environmental Protection)
　　(thirty-five) to build a pattern of national action.Establish a code of conduct of "saving water and cleaning water is everyone’s responsibility". Strengthen publicity and education, incorporate water resources, water environmental protection and water regime knowledge into the national education system, and raise public awareness of the objective laws of economic and social development and environmental protection. Relying on social practice bases such as water-saving education, soil and water conservation education and environmental education in primary and secondary schools across the country, we will carry out environmental protection social practice activities. Support non-governmental environmental protection agencies and volunteers to carry out their work. Advocate the new trend of green consumption, carry out mass creation activities such as environmental protection communities, schools and families, promote water conservation, and encourage the purchase and use of water-saving products and environmental labeling products.(The Ministry of Environmental Protection takes the lead, with the participation of the Ministry of Education, the Ministry of Housing and Urban-Rural Development and the Ministry of Water Resources)
　　China is in the stage of rapid development of new industrialization, informationization, urbanization and agricultural modernization, and the task of water pollution prevention and control is arduous and arduous. All regions and relevant departments should effectively handle the relationship between economic and social development and ecological civilization construction, clarify the subject of law enforcement and the subject of responsibility in accordance with the requirements of "local implementation of territorial responsibilities and departments strengthening industry management", so as to perform their duties, fulfill their duties, highlight key points, comprehensively rectify, and strive for practical results. In the spirit of grasping the iron and marking the stone, we will implement it according to the law and regulations, and ensure that the national water environment governance and protection goals will be realized as scheduled.

　　Zhongxin. com, December 30th (Zhongxin Finance reporter Xie Yiguan) Beach, hot spring and ski resort &hellip; &hellip; The New Year holiday is approaching, and many people have already planned their travel itinerary.

　　With the recovery of people’s willingness to travel, the number of air tickets and hotel reservations in several popular destinations continued to rise. "During the New Year’s Day, the rooms in the store have basically been booked." The customer service of a popular private soup resort hotel in Beijing said.

　　New Year’s Day travel is booming, and the prices of some hotels are "rising"

　　Recently, "Yangkang people flock to Sanya, Hainan" boarded a hot search in Weibo. The New Year’s Day holiday is approaching, and many people have also brushed up air tickets and hotels.

　　According to the data provided by Flying Pig on the 29th, the number of air tickets booked on New Year’s Day in the past week has nearly tripled compared with last week, among which Chengdu, Sanya, Chongqing, Shanghai, Beijing, Kunming, Haikou, Shenzhen, Guangzhou and Harbin have become popular destinations. During the New Year’s Day, the number of high-star hotel bookings also increased by over 70% compared with last week, among which hotel bookings in Sanya, Wanning, Lingshui, Xiamen, Baishan and Tonghua increased rapidly.

　　According to the data of Qunar platform, since December 19th, the number of domestic air ticket bookings departing during New Year’s Day has increased by almost 30% every day. Near the New Year’s Day holiday, the number of bookings on December 26th and 27th has increased significantly.

　　"During the New Year’s Day holiday, hotel rooms are still quite tight." A staff member of a well-known hotel in Yalong Bay, Sanya told the reporter, "As far as the situation in previous years is concerned, this period of time is the peak of booking."

　　The customer service of a well-known hotel in Haitang Bay, Sanya also said, "Recently, the booking volume has increased every day. According to the current booking situation, the room occupancy rate is about 50% during New Year’s Day."

　　The reporter noted that during the New Year holiday, some rooms in some hotels in Sanya have been fully booked, and the prices have also increased significantly compared with usual. Take a hotel in Yalong Bay as an example. When the reporter inquired in mid-December, the price of a room was less than 1,000 yuan, which had risen to more than 2,000 yuan during the New Year holiday.

　　"The room price changes every day. From New Year’s Day to Spring Festival, it belongs to the tourist season in Sanya, and the price will be higher than usual. The Spring Festival is the highest time of the year." The hotel staff explained. The reporter searched the price during the Spring Festival and found that the booking price of the above-mentioned room type has reached more than 4,000 yuan.

　　On New Year’s Day holiday, it’s not just the hotel that welcomes strong passenger flow. According to the "2023 New Year’s Day Holiday B&B Booking Trend Report" released by Mu Bird B&B, it is expected that the orders for New Year’s Day holiday B&B are expected to reach about 1.5 times that of New Year’s Day in 2022.

　　During the New Year holiday, these popular projects were sought after.

　　During the New Year’s Day holiday, in addition to going to warm places such as Sanya for winter, popular projects such as hot springs are also welcomed by people, which has led to an increase in bookings of related hotels and homestays.

　　Sang Sang, a post-90 s travel blogger, is very keen on winter hot springs. On New Year’s Day this year, she plans to have a hot spring "relay race" with her friends. First, she will go to Tengchong to experience volcanic hot springs, and then go to Guangdong and Haikou to soak in healthy soup. Sang Sang said: "The most basic respect for winter is to be ruined."

　　People’s love for hot springs is also reflected in the booking volume. During the New Year’s Day holiday, some popular hot spring hotels and homestays in Beijing experienced a shortage of rooms and some rooms were sold out, and their prices also rose significantly.

　　"Now, except for the four-room suite, all the other rooms have been booked." The customer service of a private soup resort hotel in Changping, Beijing told the reporter, "Every year on New Year’s Day, room reservations are very popular, and it is safer to book one month in advance."

　　The reporter noticed that the room price of the private soup resort hotel ranged from several thousand yuan to ten thousand yuan. During the New Year’s Day, some rooms of 10,000 yuan have also been fully booked.

　　In addition to soaking in hot springs, young people who pursue a sense of ritual have also unlocked more trendy gameplay to welcome the arrival of 2023. According to the data of flying pigs, skiing, visiting parks, visiting lakes, camping, cooking tea around the stove, killing hotel scripts, roaming ancient towns, watching fireworks and climbing mountains are the top ten popular ways to play on New Year’s Day in 2023.

　　According to the data released by Muniao B&B on the 19th, with the ski resorts in Northeast China and North China opening one after another, the bookings of B&B around ski resorts in Zhangjiakou and Harbin continued to rise, with orders reaching 1.4 times and 1.6 times that of New Year’s Day in 2022 respectively.

　　In addition, the Shanghai Disneyland Hotel was full on December 31st. In the Universal Studios Hotel in Beijing, some rooms have also been booked during the New Year holiday.

　　During the Spring Festival, there may be a wave of outbound travel.

　　Recently, the "Overall Plan for Implementing" Class B Management "for novel coronavirus Infection" was issued. It is clear that the outbound tourism of China citizens will be resumed in an orderly manner according to the international epidemic situation and various service guarantee capabilities.

　　After the news was released, the search volume of international air tickets and hotels on major tourism service platforms rose rapidly.

　　According to the data of Flying Pig, the search volume of international air tickets has increased by more than 8 times in an instant, and the service number of Flying Pig Digital Visa Center has increased by more than 8.3 times compared with last year. According to Ctrip data, within half an hour after the news was released, the search volume of popular overseas destinations on Ctrip platform rose 10 times year-on-year, and the search for outbound air tickets (including China, Hong Kong, Macao and Taiwan) and overseas hotels reached the peak in three years.

　　People’s enthusiasm for leaving the country is also reflected in the order volume. On the same journey platform, as of 14: 00 on the 27th, the order volume of international air tickets for the same journey increased by more than 400% month-on-month. The bookings of overseas hotels such as Hong Kong, Macau, Dubai, Kuala Lumpur and Pattaya increased significantly. As of 12 noon on the 27th, the single-day orders in Bangkok increased by 147%.

　　As the seven-day holiday of the Spring Festival in the Year of the Rabbit will be ushered in next month, a wave of outbound travel in the Spring Festival may come.

　　Ctrip data shows that the search popularity of many hot outbound destinations before the epidemic began to increase significantly during the Spring Festival in 2023. The search volume related to the Spring Festival outbound and group tour products has soared six times.

　　China tourism academy recently released the annual report on the development of outbound tourism in China (2022&mdash; 2023) shows that from 2020 to 2022, the number of outbound tourists in China has decreased by 400 million, and outbound tourism has been seriously damaged.

　　In the eyes of the industry, the resumption of outbound travel inspired by the New Deal will effectively restore the confidence of tourists, so that the backlog of outbound travel demand during the epidemic will begin to be released, and the implementation of the new policy will press the "acceleration button" for the recovery of outbound travel. (End)