The implementation plan of carbon peak in the industrial field of Xinjiang Uygur Autonomous Region was released.

Recently, the Department of Industry and Information Technology, the Development and Reform Commission and the Department of Ecology and Environment of Xinjiang Uygur Autonomous Region jointly issued the Notice of the Implementation Plan of Carbon Peak in the Industrial Field of Xinjiang Uygur Autonomous Region (hereinafter referred to as the "Plan"). The plan proposes that during the 14th Five-Year Plan period, the industrial structure and energy consumption structure will be continuously optimized, the efficiency of energy resources utilization will be significantly improved, a number of green factories and green industrial parks will be built, and a number of low-carbon, zero-carbon and negative-carbon technology and equipment products with remarkable emission reduction effect will be developed, demonstrated and promoted, so as to lay a solid foundation for carbon peak in the industrial field. By 2025, the energy consumption per unit of industrial added value above the scale will be reduced by 17%, and the carbon dioxide emission intensity of key industries will be significantly reduced. During the Tenth Five-Year Plan period, the industrial structure and energy consumption structure will be further optimized, the intensity of industrial energy consumption and carbon dioxide emissions will continue to decline, the carbon neutralization capacity will be strengthened on the basis of achieving the carbon peak in the industrial sector, and a modern industrial system characterized by high efficiency, green, recycling and low carbon will be basically established. Strive to reach the peak of carbon dioxide emissions in the industrial sector before 2030. The contents of the

plan involving the cement industry are summarized as follows:

Resolutely curb the blind development of projects with high energy consumption, high emission and low level. Strengthen the precise management of "two high" projects, take strong measures to establish a management mechanism for high energy consumption, high emission and low level projects, and implement inventory management, classified disposal and dynamic monitoring. Strictly control the access of high energy consumption, high emission and low level projects, and strictly implement the requirements of "three lines, one single" and total emission control of key pollutants for new construction, reconstruction and expansion of "two high" projects. Enterprises should be guided to adopt advanced technology to upgrade and transform and reduce pollutant emissions.

We will strictly implement capacity replacement policies for steel, cement, flat glass (except photovoltaic rolled glass), electrolytic aluminum and other industries, strengthen the analysis, early warning and window guidance of excess capacity in key industries, speed up the elimination of excess capacity, and implement normal peak staggering production of cement. Implementing a comprehensive standard system focusing on environmental protection, energy consumption, quality, safety and technology, strictly normalizing law enforcement and implementing mandatory standards, consolidating the effectiveness of eliminating backward production capacity in key industrial sectors, and organizing and carrying out "looking back" on backward production capacity in key industrial sectors such as steel, cement, flat glass, electrolytic aluminium, coking, bricks and tiles. Ensure that backward production capacity should be fully retreated. We

will improve the supervision mechanism, standardize law enforcement procedures, strengthen capacity building, innovate supervision methods, improve supervision efficiency, and strengthen the application of results, so as to achieve full coverage of energy-saving supervision for key energy-consuming enterprises in high-energy-consuming industries, and continue to promote enterprises to use energy rationally in accordance with the law and regulations. We will carry out special supervision and inspection on the implementation of mandatory energy consumption and efficiency standards and the elimination of backward energy-using equipment in accordance with the law, and deal with enterprises that violate laws and regulations in accordance with the law. We

will implement a number of demonstration projects for energy conservation and carbon reduction, foster a number of leading enterprises in energy efficiency, release a number of major low-carbon technologies, and promote a number of advanced and applicable energy-saving and low-carbon technologies and technological equipment. By 2025, enterprises in key industries such as steel, electrolytic aluminium, cement, flat glass, oil refining, ethylene and synthetic ammonia will reach the benchmark level, and the proportion of production capacity at the benchmark level will reach 30%. Key energy-using units should be

guided to actively create green factories and carry out technological innovation and integrated application of green manufacturing. We will carry out dynamic management of the whole process of green factories, strengthen supervision and management of third-party evaluation agencies, and encourage green factories to prepare annual green low-carbon development reports. Build a number of "super energy efficiency" factories on the basis of green factories. By 2025, a total of 200 green factories above the autonomous region level will be established.

Encourage qualified industrial enterprises to speed up the construction of special railway lines and pipeline infrastructure, optimize the mode of freight transport, and promote the adjustment of transport structure. By 2025, a total of 10 demonstration enterprises of green supply chain management at or above the autonomous region level will be established.

We will promote the transformation of ultra-low emissions in steel, cement and other industries. Research on efficient recycling technology of pollutants in key industries such as iron and steel, petrochemical, electrolytic aluminium and coal chemical industry in key regions.

On the premise of guaranteeing the quality of cement products, low-carbon cement production technology with high solid waste content should be popularized, and cement enterprises should be guided to use non-carbonate raw materials to produce cement. Promote the co-disposal of combustibles derived from garbage in cement kilns.

Focusing on iron and steel, building materials, petrochemical industry, non-ferrous metals and other industries, we will implement low-carbon technology demonstration projects such as deep decarbonization, substitution of raw materials and fuels, industrial process reengineering, electrification transformation, carbon dioxide recovery and recycling.

Focus on key carbon emission links, energy control and other typical application scenarios, cultivate "industrial Internet + green low carbon" solutions and industrial APP, deepen the innovative application of industrial Internet in key industries such as petrochemical industry, non-ferrous metals, building materials, steel, textile and equipment, and promote industrial carbon reduction through large-scale promotion.

Strictly implement the replacement policy of cement and flat glass production capacity, and eliminate backward production capacity in accordance with the law and regulations. Support a high proportion of combustible wastes such as refuse derived fuels, plastics, rubber and biomass fuels to replace coal. Make full use of non-carbonate raw materials such as carbide slag to replace limestone, and encourage the use of calcium-containing resources such as fly ash, industrial waste residue and tailings as raw materials or cement admixtures. By 2025, cement and a number of green low-carbon production lines with synergistic effects of pollution reduction and carbon reduction have been transformed and constructed in cement, glass and ceramics industries, so as to realize the industrial application of carbon capture, utilization and storage technology in furnaces and further reduce energy consumption per unit product.

Annex The

implementation plan

of carbon peak in the industrial field of Xinjiang Uygur Autonomous Region is to thoroughly implement the major strategic decision-making and deployment of the Party Central Committee and the State Council on carbon peak and carbon neutralization. This implementation plan is formulated in accordance with the Implementation Plan for Carbon Peak in the Industrial Field, the Implementation Plan for Carbon Peak in Xinjiang Uygur Autonomous Region and the 14th Five-Year Plan for High-quality Industrial Development in Xinjiang Uygur Autonomous Region.

1. General requirements

(1) Guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, the guiding ideology

comprehensively implements the spirit of the 20th National Congress of the Communist Party of China and the thought of Xi Jinping and ecological civilization, and implements the important guiding spirit of the General Secretary of Xi Jinping's inspection of Xinjiang's important speeches. Fully and accurately implement the Party's strategy of governing Xinjiang in the new era, implement the spirit of the Third, Fifth, Sixth, Seventh and Eighth Plenary Sessions of the Tenth Party Committee of the Autonomous Region, adhere to the general tone of steady and progressive work, completely, accurately and comprehensively implement the new development concept, serve and integrate into the new development pattern, and focus on high-quality construction. With reform and innovation as the fundamental driving force, coal as the basis, oil and gas as the key, and new energy as the direction, and the implementation of carbon peak action in key industries as the grasp, we will comprehensively promote the construction of "three bases and one channel" in the new era, build a national strategic guarantee base for energy resources, anchor the goal of carbon peak and carbon neutralization, and strive to achieve the goal. We should coordinate the relationship between development and emission reduction, overall and local, long-term and short-term goals, government and market, adhere to the coordinated promotion of carbon reduction, pollution reduction, green expansion and growth, promote the green and low-carbon transformation of manufacturing industry, and accelerate the building of a modern industrial system with Xinjiang characteristics.

(2) The basic principles

should be systematically promoted in a steady and orderly manner. Firmly focusing on the primary task of high-quality development, establishing the overall concept, adhering to the principle of "one chess game in Xinjiang" and "one chess game in Bingdi", basing on the industrial reality, releasing the potential of advantages, adapting measures to local conditions, developing strengths and avoiding weaknesses, strengthening the concept of system, promoting the steady development of manufacturing industry, maintaining the safety of industrial chain and supply chain, and meeting reasonable consumption needs. The goal of carbon peak and carbon neutralization runs through all aspects and the whole process of industrial production, first establishing and then breaking, and promoting the tasks of carbon peak in the industrial field in a safe, stable and orderly manner. Give priority to

efficiency and control the source. We will continue to promote ecological priority, conservation and intensive, green and low-carbon development, and promote the green transformation of the industrial economy. We will continue to give top priority to energy and resource conservation, improve the efficiency of energy and resource utilization, optimize the structure of energy and raw materials, promote the recycling of energy and resources, strengthen industrial linkages, promote the synergy of pollution reduction and carbon reduction, continuously reduce the consumption of energy and resources per unit output, and reduce carbon dioxide emissions from the source.

Innovation-driven, digital empowerment. We should persist in taking innovation as the first driving force, focus on the key links of industrial carbon reduction, promote major low-carbon technology and equipment research, strengthen the innovative application of the new generation of information technology in the field of green low-carbon, enable green low-carbon with digitalization and intellectualization, and foster and strengthen the new momentum of green low-carbon.

Policy leads and market leads. We should adhere to the two-wheel drive, give full play to the guiding role of the government in pilot demonstration and factor input, strengthen the function of service supervision, give full play to the decisive role of the market in the allocation of resources, stimulate the vitality of enterprises, and continue to build a mechanism for promoting low-carbon industrial development with enterprises as the main body and the market as the leading factor.

(3) During

the 14th Five-Year Plan period, the industrial structure and energy consumption structure will continue to be optimized, the efficiency of energy resources utilization will be significantly improved, a number of green factories and green industrial parks will be built, and a number of low-carbon, zero-carbon and negative-carbon technology and equipment products with remarkable emission reduction effect will be developed, demonstrated and promoted. Build a solid foundation for carbon peak in the industrial field. By 2025, the energy consumption per unit of industrial added value above the scale will be reduced by 17%, and the carbon dioxide emission intensity of key industries will be significantly reduced.During

the Tenth Five-Year Plan period, the industrial structure and energy consumption structure will be further optimized, the intensity of industrial energy consumption and carbon dioxide emissions will continue to decline, the carbon neutralization capacity will be strengthened on the basis of achieving the carbon peak in the industrial sector, and a modern industrial system characterized by high efficiency, green, recycling and low carbon will be basically established. Strive to reach the peak of carbon dioxide emissions in the industrial sector before 2030.

2. Main tasks

(1) Deeply optimize the industrial structure and accelerate the construction of a low-carbon industrial system

1. Give full play to the advantages of resource-based and energy-based industries, upgrade traditional industries, optimize the hierarchical structure of industrial development, promote the extension, supplement and strengthening of chains, and enhance the continuity and competitiveness of the development of industries with distinctive advantages. Build an advanced manufacturing cluster with obvious low-carbon transformation effect. We should foster and strengthen industrial clusters of oil and gas production and processing, fully tap the potential of energy resources, promote the increase of oil and gas reserves and production, promote "Xinjiang oil refining, oil reduction and increase", slow down the decline of production in old oil areas such as Tuha, Zhundong and Tahe, speed up the construction of production capacity in new areas, and ensure the sustained growth of oil and gas equivalent in autonomous regions. We will improve the downstream petrochemical industry chain, vigorously develop new synthetic materials such as high-end polyolefins and high-performance synthetic resins, synthetic fibers and synthetic rubber, accelerate the layout of aromatic hydrocarbon projects, promote the integration of oil and gas chemical industry with salt chemical industry, chemical fibers, textiles, new energy, metallurgy, building materials, energy conservation and environmental protection industries, and promote the integration of refining, chemical and textile industries. Efforts should be made to build the "Dushanzi-Karamayi-Urumqi" petrochemical industry belt and the new material industry belt on the southern slope of Tianshan Mountains. Accelerate the development of coal, coal, electricity and coal chemical industry clusters, release advanced coal production capacity, strengthen the classification and clean and efficient utilization of coal-based oil and gas, oil-rich low-rank coal, vigorously develop modern coal chemical industry, accelerate the construction of national coal-based oil and gas strategic bases in Zhundong and Hami, and promote the coal-based oil and gas industry to special fuels. Develop basic chemical raw materials such as coal-to-olefins, aromatics and oxygenates, as well as high-end polyolefins, high-performance polyesters, fibers and other products. We will actively build a green mining industry cluster, accelerate the development of key mines such as Dahongliutan Rare Metal Mine and Hetian Huoshaoyun Lead-Zinc Mine, vigorously extend the downstream intensive processing industry chain of aluminium, copper, nickel and magnesium, develop downstream intensive processing products such as high-purity aluminium, electrode foil, sapphire, beryllium-copper alloy and aluminium-magnesium alloy, and promote the intensive and green development of mineral resources. We will accelerate the construction of cotton and textile and garment industry clusters, accelerate the construction of national high-quality cotton yarn bases, promote the merger and reorganization of cotton processing enterprises, make them bigger and stronger, promote the downstream extension of the cotton and textile and garment industry chain, and strive to make up for the shortcomings of the supply chain of chemical fibers, knitting, printing and dyeing, home textiles, design and garment processing, so as to improve the level of digitalization, intellectualization and greening. (The Development and Reform Commission of the Autonomous Region, the Department of Industry and Information Technology, the Department of Ecological Environment and the Department of Natural Resources are responsible for the division of responsibilities)

2. Vigorously develop strategic emerging industrial clusters such as new energy and new materials, implement industrial infrastructure reengineering projects and special actions to build chains and strengthen chains. Efforts will be made to build industrial chains of hydrogen energy, energy equipment, silicon photovoltaic, silicon chemical industry, electronic materials, carbon-based new materials, biomedicine, software and information technology services, network and data security. We will accelerate the construction of large-scale national wind and solar power bases, build 10 million kilowatt new energy bases in Zhundong, Hami North and South Xinjiang, accelerate the development of pumped storage and chemical energy storage, promote the integrated development of wind, solar and water storage, build a number of hydrogen energy industry demonstration zones, and promote the development of hydrogen energy industry agglomeration. We will accelerate the development of a number of advanced equipment manufacturing industries with advantages and characteristics, such as power transmission and transformation, photovoltaic, wind power, agricultural machinery, new textile machinery, energy and chemical industry, and promote the construction of advanced equipment manufacturing bases in key areas. We will further expand the production and processing capacity of new materials such as silicon-based, aluminum-based, titanium-based, carbon-based and bio-based materials, promote the coordinated development of upstream raw materials and downstream intensive processing, accelerate the development of new chemical materials such as carbon fibers, aramid fibers and ultra-high molecular weight polyethylene, and promote new carbon-based materials to special functional carbon black, carbon nanotubes and ultra-pure carbon. Focus on the development of silicon photovoltaic, silicon electronics, silicon chemical industry, silicon alloy and other silicon-based downstream industries, and promote the green development model of "new energy + integration of coal, electricity and silicon materials" to a new level. Promote the innovation and development of biomedical industry, vigorously develop the industry chain of traditional Chinese medicine, characteristic traditional Chinese medicine, chemical medicine, raw materials (intermediates), vaccine reagents, as well as daily cosmetics, health products and other industries in the field of biomedical derivatives. (The Development and Reform Commission of the Autonomous Region, the Department of Industry and Information Technology, the Department of Ecological Environment, the Market Supervision and Administration, the Health Commission and the Drug Administration are responsible for the division of responsibilities)

3. Strengthen the precise management of the "two high" projects, take strong measures to establish a management mechanism for projects with high energy consumption, high emissions and low levels, and implement the "two high" projects. Implement inventory management, classified disposal and dynamic monitoring. Strictly control the access of high energy consumption, high emission and low level projects, and strictly implement the requirements of "three lines, one single" and total emission control of key pollutants for new construction, reconstruction and expansion of "two high" projects. Enterprises should be guided to adopt advanced technology to upgrade and transform and reduce pollutant emissions. (The Development and Reform Commission of the Autonomous Region, the Department of Industry and Information Technology, and the Department of Ecological Environment are responsible for the division of responsibilities)

4. Strictly implement the policy of capacity replacement in steel, cement, flat glass (except photovoltaic rolled glass), electrolytic aluminium and other industries, strengthen the analysis, early warning and window guidance of excess capacity in key industries, and accelerate the resolution of excess capacity. Implement normal peak shifting production of cement. We will implement a comprehensive standard system focusing on environmental protection, energy consumption, quality, safety and technology, strictly enforce the law regularly and implement mandatory standards, consolidate the effectiveness of eliminating backward production capacity in key industrial sectors, and organize and carry out "looking back" special inspections on eliminating backward production capacity in key industrial sectors such as steel, cement, flat glass, electrolytic aluminium, coking, bricks and tiles, so as to ensure that backward production capacity should be eliminated. (The Department of Industry and Information Technology, the Development and Reform Commission, the Department of Ecological Environment and the Market Supervision and Administration Bureau of the Autonomous Region are responsible for the division of responsibilities)

(2) Changing the way of industrial energy use and promoting low-carbon

energy consumption 1. Make good use of policies such as "renewable energy and raw material energy are not included in the total energy consumption control", so as to achieve the goal of energy consumption. We will promote the reduction and substitution of coal for fuel in an orderly manner and gradually increase the proportion of green electricity consumption. We will increase the consumption of natural gas, promote coal-to-gas and coal-to-electricity conversion projects, and rationally guide the growth of industrial gas and chemical raw material gas consumption. Enterprises and parks are encouraged to use clean energy nearby, and enterprises are encouraged to choose clean energy by investing in renewable energy power generation projects, participating in market-oriented trading of distributed generation, and purchasing green power certificates, so as to increase the proportion of non-fossil energy consumption and reduce carbon emissions from the source. (The Department of Industry and Information Technology, the Development and Reform Commission and the Department of Ecology and Environment of the Autonomous Region are responsible for the division of responsibilities)

2. Broaden the field of electric energy substitution, steadily promote the "replacement of coal by electricity", encourage qualified enterprises to replace traditional production processes with advanced electricity production processes, and implement all-scrap electric furnace processes in the iron and steel industry. Promote electric boiler, electric kiln, electric heating and other technologies in the ceramic industry. We will carry out electric energy substitution such as high-temperature heat pumps and high-power electric heating and energy storage boilers, implement electrification transformation of medium and low temperature heat sources, and expand the proportion of electrified terminal energy-using equipment. We will strengthen power demand side management in the industrial sector, establish demonstration enterprises and parks for power demand side management in the industrial sector, guide enterprises to implement power demand side response, improve power utilization efficiency, and promote industrial energy electrification. (The Department of Industry and Information Technology, the Development and Reform Commission and the Department of Ecological Environment of the Autonomous Region are responsible for the division of responsibilities)

(3) To tap the potential of industrial energy conservation and comprehensively improve the level of

energy efficiency 1. To promote the establishment of energy-saving target responsibility system in key energy-using enterprises and carry out energy management system certification. According to the Energy Management System Requirements and Use Guide, set up energy management posts, establish and effectively operate the enterprise energy management system. We will implement the system of energy consumption statistics and energy utilization reporting, regularly carry out energy audits and energy conservation diagnosis, and encourage enterprises to publish annual reports on energy utilization on a voluntary basis. (The Department of Industry and Information Technology, the Development and Reform Commission and the Statistical Bureau of the Autonomous Region are responsible for the division of responsibilities)

2. Improve the supervision mechanism, standardize law enforcement procedures, strengthen capacity building, innovate supervision methods, improve supervision efficiency, strengthen the application of results, and achieve full coverage of energy-saving supervision for key energy-consuming enterprises in high-energy-consuming industries. Continue to promote the rational use of energy by enterprises in accordance with the law and regulations. We will carry out special supervision and inspection on the implementation of mandatory energy consumption and efficiency standards and the elimination of backward energy-using equipment in accordance with the law, and deal with enterprises that violate laws and regulations in accordance with the law. (The Department of Industry and Information Technology of the Autonomous Region and the Development and Reform Commission are responsible for the division of responsibilities)

3. Focus on key energy-consuming industries, implement step by step and promote energy-saving and carbon-reducing technological transformation in an orderly manner. We will implement the industrial energy efficiency improvement plan and promote energy-saving transformation of key energy-using equipment. We will implement a number of demonstration projects for energy conservation and carbon reduction, foster a number of leading enterprises in energy efficiency, release a number of major low-carbon technologies, and promote a number of advanced and applicable energy-saving and low-carbon technologies and technological equipment. By 2025, enterprises in key industries such as steel, electrolytic aluminium, cement, flat glass, oil refining, ethylene and synthetic ammonia will reach the benchmark level, and the proportion of production capacity at the benchmark level will reach 30%. (The Department of Industry and Information Technology, the Development and Reform Commission and the Market Supervision and Administration Bureau of the Autonomous Region are responsible for the division of responsibilities)

(4) Promoting green manufacturing in an all-round way and leading the low-carbon development

of industry 1. Guiding key energy-using units to actively create green factories and carry out technological innovation and integrated application of green manufacturing. We will carry out dynamic management of the whole process of green factories, strengthen supervision and management of third-party evaluation agencies, and encourage green factories to prepare annual green low-carbon development reports. Build a number of "super energy efficiency" factories on the basis of green factories. By 2025, a total of 200 green factories above the autonomous region level will be established. (The Department of Industry and Information Technology of the Autonomous Region takes the lead, and the Department of Ecology and Environment of the Autonomous Region and the Market Supervision and Administration Bureau are responsible for the division of responsibilities)

2. Support the main enterprises of the industrial chain with ecological leading ability, build a low-carbon industrial chain supply chain with upstream and downstream linkage, encourage "one chain, one policy" to formulate a low-carbon industrial chain plan, and promote the development of the industrial chain. Release the report on carbon emission reduction effectiveness of core suppliers. Encourage qualified industrial enterprises to speed up the construction of special railway lines and pipeline infrastructure, optimize the mode of freight transport, and promote the adjustment of transport structure. By 2025, a total of 10 demonstration enterprises of green supply chain management at or above the autonomous region level will be established. (The Department of Industry and Information Technology, the Development and Reform Commission, the Department of Ecological Environment, the Department of Transportation, the Department of Commerce and the Market Supervision and Administration Bureau of the Autonomous Region are responsible for the division of responsibilities)

3.Encourage the establishment of green industrial parks, through "horizontal coupling and vertical extension", promote national parks such as Ganquanbao Economic and Technological Development Zone, Korla Economic and Technological Development Zone, Kuitun-Dushanzi Economic and Technological Development Zone, Midong Chemical Industrial Park, Karamay High-tech Industrial Development Zone, Shanshan Industrial Park and other autonomous regions. Promote the exchange and utilization of waste resources and energy resources of enterprises in the park, strengthen the resource utilization of industrial waste heat and pressure, waste water, waste gas and waste liquid, improve the green low-carbon chain of industries in the park, promote the Co -construction and sharing of infrastructure, and promote the upgrading and transformation of green parks to near-zero-carbon and zero-carbon parks. By 2025, a total of 15 green low-carbon industrial parks above the autonomous region level will be established. (The Department of Industry and Information Technology, the Development and Reform Commission and the Department of Ecological Environment of the Autonomous Region are responsible for the division of responsibilities)

4. Strengthen the awareness of green development of small and medium-sized enterprises, guide them to optimize the allocation of resources and establish a green production model. Develop energy-saving diagnostic services for small and medium-sized enterprises, and enhance the professional ability of green development of small and medium-sized enterprises. In the fields of green low-carbon product development and technological innovation, we should cultivate a number of specialized and new "Little Giants" to create a low-carbon public service platform for small and medium-sized enterprises. (The Department of Industry and Information Technology and the Department of Ecological Environment of the Autonomous Region are responsible for the division of responsibilities)

5. Deeply carry out cleaner production audit and evaluation certification, further standardize cleaner production audit behavior, and improve the quality of cleaner production audit. We will coordinate source control and process reduction, and implement systematic cleaner production transformation in key industries, such as energy saving, water saving, material saving, pollution reduction and carbon reduction. In view of the process links with large emissions of key pollutants, research and development and promotion of pollution reduction processes and equipment, and carry out application demonstration. We will comprehensively upgrade the cleaner production level of advanced manufacturing and key industries. (The Department of Ecology and Environment, the Development and Reform Commission and the Department of Industry and Information Technology of the Autonomous Region are responsible for the division of responsibilities)

6. Supervise and urge enterprises to implement the three-year pollution control plan of "one enterprise, one policy", select mature and stable high-efficiency waste gas treatment technologies, and define pollutant emission reduction measures and completion time limit. We will promote the transformation of ultra-low emissions in steel, cement and other industries. Research on efficient recycling technology of pollutants in key industries such as iron and steel, petrochemical, electrolytic aluminium and coal chemical industry in key regions. Promote key enterprises to carry out pilot projects for efficient collection and utilization of pollutants. (The Department of Ecology and Environment of the Autonomous Region takes the lead, and the Department of Industry and Information Technology of the Autonomous Region and the Development and Reform Commission are responsible for the division of responsibilities)

(5) Vigorously develop circular economy, promote resource conservation, efficiency and carbon

reduction 1. On the premise of guaranteeing the quality of cement products, promote low-carbon cement production technology with high solid waste content. Guiding cement enterprises to use non-carbonate raw materials to make cement. Promote the co-disposal of combustibles derived from garbage in cement kilns. Encourage qualified enterprises to use renewable energy to produce hydrogen and optimize the raw material structure of coal chemical industry, synthetic ammonia and methanol. Support the development of biomass chemical industry and promote the diversification of petrochemical raw materials. Encourage the import of renewable raw materials in accordance with the law and regulations, and enhance the supply capacity of renewable resources. Increase the proportion of raw material substitution for renewable resources, focusing on strengthening the substitution of primary resources for key varieties such as scrap iron and steel, scrap non-ferrous metals and waste plastics. (The Department of Industry and Information Technology, the Development and Reform Commission, the Department of Ecological Environment, the Department of Commerce and the Market Supervision and Administration Bureau of the Autonomous Region are responsible for the division of responsibilities)

2. Implementing preferential tax policies for comprehensive utilization of resources and carrying out evaluation of resource utilization. Focusing on high-value, large-scale and intensive utilization, we will promote the comprehensive utilization of large industrial solid wastes such as tailings, fly ash, coal gangue, industrial by-product gypsum and smelting slag, and further improve the comprehensive utilization rate of large industrial solid wastes. Accelerate the R & D and promotion of all-solid waste cementitious materials, all-solid waste green concrete and other technologies. We will further promote the construction of bases for comprehensive utilization of industrial resources in areas with large production and storage of industrial solid waste, cultivate key enterprises for comprehensive utilization of industrial resources, and enhance the level of industrial development for comprehensive utilization of resources. By 2025, the comprehensive utilization rate of bulk industrial solid waste will reach 57%. By 2030, the pattern of comprehensive utilization of bulk industrial solid waste with industrial synergy and upstream and downstream synergy will be basically formed, and the comprehensive utilization rate of bulk industrial solid waste will be further increased to 62%. (The Development and Reform Commission of the Autonomous Region, the Department of Industry and Information Technology, the Department of Science and Technology, the Department of Finance, the Department of Ecological Environment, the Tax Bureau and the Market Supervision and Administration Bureau are responsible for the division of responsibilities)

3. Extend the industrial chain of intensive processing of renewable resources, promote the high-value utilization of renewable resources such as scrap metals, waste plastics and waste tires, and enhance the utilization rate of renewable resources. We will implement standardized management of the renewable resources industry and encourage enterprises that meet the normative conditions to publish their carbon footprints. Promote efficient recycling of steel, copper, aluminum, lead, zinc, nickel, cobalt and lithium. To study the technical route and implementation path of resource utilization of retired photovoltaic modules and waste wind power blades. The extended producer responsibility system should be implemented around electrical and electronic products, automobiles and other products. Promote the construction of power battery recycling system for new energy vehicles. (The Development and Reform Commission of the Autonomous Region, the Department of Industry and Information Technology, the Department of Ecological Environment, the Department of Science and Technology, the Department of Transportation, the Department of Commerce and the Bureau of Market Supervision and Administration are responsible for the division of responsibilities)

(6) Accelerating low-carbon technological innovation and providing scientific and technological support

for industrial carbon reduction 1. A number of scientific and technological projects will be laid out in key areas such as clean and efficient utilization of fossil energy, large-capacity wind power, high-efficiency photovoltaic, high-efficiency energy storage, hydrogen production from renewable energy, and resource utilization of carbon dioxide under mild conditions, focusing on breakthroughs in key wind power equipment and components, seasonal conversion technology of coal gas and other chemical products. We will accelerate the transfer and transformation of achievements, and promote the demonstration and promotion of advanced and applicable low-carbon technologies, carbon capture, utilization and storage technologies, and the first set of major technical equipment. Priority should be given to supporting the demonstration of carbon sequestration in Xinjiang Oilfield and Tuha Oilfield, and a number of pilot demonstration projects of the whole process of more than one million tons should be established. We will support the pilot demonstration of carbon dioxide recovery and recycling in coal-fired power, petrochemical, metallurgical and building materials industries. (The Science and Technology Department of the Autonomous Region takes the lead, and the Development and Reform Commission, the Department of Industry and Information Technology and the Department of Ecological Environment of the Autonomous Region are responsible for the division of responsibilities)

2. We will implement low-carbon technology demonstration projects such as deep decarbonization, substitution of raw materials and fuels, industrial process reengineering, electrification transformation, carbon dioxide recovery and recycling. We will promote the innovation of production and manufacturing processes and the transformation of equipment to reduce greenhouse gas emissions from industrial processes. Large leading enterprises are encouraged to play a leading role and form a number of replicable and popularizable industry programs and technical experiences. (The Development and Reform Commission, the Department of Science and Technology, the Department of Industry and Information Technology and the Department of Ecology and Environment of the Autonomous Region are responsible for the division of responsibilities)

3. Promote the construction of a low-carbon, zero-carbon and negative-carbon technology innovation system with enterprises as the main body, industry-university-research collaboration and upstream and downstream collaboration. We will deepen innovation-driven development, strive to build regional innovation highlands in the Silk Road Economic Belt, accelerate the cultivation and construction of national platforms such as Xinjiang National Laboratory Base, National Key Laboratory and National Technological Innovation Center, and promote the construction of scientific and technological research and development platforms by state-owned enterprises. Focusing on advantageous industries such as chemical new energy and new materials, we should aim at the frontier of science and technology at home and abroad, strengthen cooperation with universities and research institutes, promote the construction of new R & D institutions and major industrial innovation platforms in the field of low carbon, actively establish key laboratories, engineering research centers and manufacturing innovation centers of low carbon technology at the national and autonomous region levels, and enhance the ability of low carbon science and technology innovation. (The Science and Technology Department, the Development and Reform Commission, the Department of Industry and Information Technology and the Department of Ecological Environment of the Autonomous Region are responsible for the division of responsibilities)

(7) Promoting the digital transformation of industry.

1. Use the new generation of information technology, such as 5G, big data, cloud computing, artificial intelligence, blockchain, industrial Internet and Internet of Things, to upgrade and transform the process flow and equipment, and promote the intelligent perception and control system, process multi-objective optimization and business decision-making of key process equipment in manufacturing process. It realizes information collection, monitoring, intelligent analysis and fine management of material flow and energy flow in the production process. The pilot demonstration of "green digital technology" will be carried out to promote the green and low-carbon transformation of digital technology enabling industry. (The Department of Industry and Information Technology, the Development and Reform Commission and the Health and Health Commission of the Autonomous Region are responsible for the division of responsibilities)

2. Encourage the development of monitoring and management tools for energy consumption and carbon emissions enabled by digital technology, and promote enterprises to strengthen information collection, monitoring, intelligent analysis and fine management of material flow and energy flow in the production process, so as to ensure that enterprises are able to do so. Construct the measurement, monitoring and analysis system of carbon emission data to realize the integration of energy and carbon management. Promote key energy-using equipment to go to the cloud, continuously optimize the functions of online monitoring system for energy consumption of key industrial energy-using units, improve the stable networking rate and data quality of enterprises, establish the basic database of carbon emissions of enterprises and carbon footprints of key products, and promote the digital management, network collaboration and intelligent management and control of energy consumption and carbon emissions.

3. Give full play to the technological advantages of industrial Internet and big data, fully tap the value of industrial low-carbon basic data, and provide data support for production process reengineering and cross-industry collaboration. Focus on typical application scenarios such as key carbon emission links and energy management and control, cultivate "industrial Internet + green low carbon" solutions and industrial APP, deepen the innovative application of industrial Internet in key industries such as petrochemical industry, non-ferrous metals, building materials, steel, textile and equipment, and promote industrial carbon reduction through large-scale promotion. (The Department of Industry and Information Technology of the Autonomous Region and the Development and Reform Commission are responsible for the division of responsibilities)

3. Key actions

(1) Carbon peak action

in key industries 1. Strictly implement the relevant provisions on capacity replacement, resolve excess capacity in accordance with the law and regulations, and promote the coordinated development of clean energy and iron and steel industry. We will vigorously promote the demonstration of non-blast furnace ironmaking technology, promote short-process steelmaking and short-process casting, promote all-scrap electric furnace technology, and improve the level of scrap recycling. We will encourage the joint production of steel and chemical products, and explore pilot demonstrations such as hydrogen metallurgy and the integration of carbon dioxide capture and utilization. Optimize the product structure and increase the application proportion of low-carbon products with high strength and toughness, corrosion resistance and weather resistance, material saving and energy saving. By 2025, the annual processing capacity of scrap iron and steel processing access enterprises in the whole region will reach 3 million tons, and the proportion of short process steelmaking will reach more than 15%. By 2030, breakthroughs have been made in technologies such as hydrogen-rich carbon cycle blast furnace smelting, hydrogen-based shaft furnace direct reduction of iron, carbon capture, utilization and storage, and the proportion of short process steelmaking has reached more than 20%. (The Department of Industry and Information Technology of the Autonomous Region shall take the lead, and the Development and Reform Commission and the Department of Ecological Environment of the Autonomous Region shall be responsible for the division of responsibilities)

2. New construction and expansion of smelting projects must meet the industry standard conditions and reach the advanced value of the energy consumption quota standard.Increase the proportion of green electricity, gradually increase the proportion of short process, implement a number of high-quality anode demonstration for aluminium, copper continuous blowing, large diameter vertical tank double heat storage bottom slag smelting magnesium and other technical transformation projects, and increase the proportion of direct alloying of molten aluminium. We will accelerate the development and promotion of technologies such as efficient dissolution of alumina, low-carbon aluminium electrolysis, waste heat recovery from electrolytic cells, waste heat recovery from smelting, and ammonia zinc smelting. By 2025, the proportion of direct alloying of molten aluminium will be further increased. By 2030, the proportion of clean energy used in electrolytic aluminium will be further increased to more than 30%. (The Department of Industry and Information Technology of the Autonomous Region takes the lead, and the Development and Reform Commission and the Department of Ecology and Environment of the Autonomous Region are responsible for the division of responsibilities)

3. Promote the lightening of petrochemical raw materials, increase the use of hydrogen-rich raw materials such as natural gas, ethane, propane and light hydrocarbons, and increase the proportion of low-carbon raw materials. Technical equipment such as clean processing of heavy residual oil, direct cracking of crude oil to ethylene, and a new generation of ion-exchange membrane electrolyzers will be promoted and applied. Develop technologies for producing chemicals from renewable resources and synthesizing chemicals by methane conversion. We will accelerate the promotion of "oil reduction and increase" in the industry and accelerate the deployment of large-scale demonstration projects for the industrialization of carbon capture, utilization and storage. By 2025, positive progress will be made in "oil reduction and increase", the proportion of refined oil production in crude oil processing of new integrated refining and chemical projects will be reduced to less than 40%, and the deployment of carbon dioxide capture and resource utilization combined with biological carbon sequestration and chemical carbon sequestration will be accelerated. By 2030, short-process synthesis technologies such as one-step synthesis of olefins and ethanol from syngas will be applied on a large scale. (The Department of Industry and Information Technology of the Autonomous Region takes the lead, and the Development and Reform Commission and the Department of Ecological Environment of the Autonomous Region are responsible for the division of responsibilities)

4. Strictly implement the replacement policy of cement and flat glass production capacity, and eliminate backward production capacity in accordance with the law and regulations. Support a high proportion of combustible wastes such as refuse derived fuels, plastics, rubber and biomass fuels to replace coal. Make full use of non-carbonate raw materials such as carbide slag to replace limestone, and encourage the use of calcium-containing resources such as fly ash, industrial waste residue and tailings as raw materials or cement admixtures. By 2025, the comprehensive energy consumption per unit product of cement clinker will be reduced by more than 3%. By 2030, the substitution level of raw materials and fuels will be greatly improved, low-carbon technologies such as preheating outside glass furnaces and hydrogen calcination in furnaces will be broken through, and a number of green low-carbon production lines with synergistic effects of pollution reduction and carbon reduction will be transformed and constructed in cement, glass, ceramics and other industries, so as to realize the industrial application of carbon capture, utilization and storage technology in furnaces, and further reduce energy consumption per unit product. (The Department of Industry and Information Technology of the Autonomous Region shall take the lead, and the Development and Reform Commission of the Autonomous Region and the Department of Ecological Environment shall be responsible for the division of responsibilities)

5. The textile industry shall develop intelligent, efficient and flexible preparation technologies for polyester, spandex, acrylic and other fibers, and guide printing and dyeing enterprises to adopt advanced dyeing technologies, environmental protection and energy-saving equipment, eco-environmental protection dyes and high-performance auxiliaries. Promote waterless or less water printing and dyeing technologies such as cheese digital automatic dyeing and digital printing. It applies advanced technologies such as low temperature printing and dyeing, small bath ratio dyeing and continuous printing and dyeing of knitted fabrics. Accelerate the recycling of waste textiles. By 2025, the reuse rate of water in printing and dyeing industry will reach 50%. By 2030, low energy consumption technology of printing and dyeing will be widely used in the industry. The pharmaceutical industry promotes the green development of the API industry, promotes the technological transformation of green production, increases the proportion of green products of bulk APIs, speeds up the development of characteristic APIs and high-end customized APIs, eliminates backward technologies and products in accordance with the law and regulations, and promotes green processes such as efficient extraction and purification, green enzymatic synthesis and micro-channel reaction. By 2025, a number of key core green technologies will be popularized and applied, and a centralized production base for the national bulk API industry will be initially built in Yili. By 2030, the substitution of green production technology in the industry will be realized in an all-round way, and the energy consumption and carbon dioxide emission intensity per unit of industrial added value will be greatly reduced. (The Department of Industry and Information Technology of the Autonomous Region takes the lead, and the Development and Reform Commission and the Department of Ecological Environment of the Autonomous Region are responsible for the division of responsibilities.)

6. Focusing on the green and low-carbon needs of new energy equipment, electric power equipment, construction machinery, automobiles, agricultural machinery, petrochemical general equipment and other fields, we will promote the cluster development of foundry and mainframe enterprises. Strengthen the integration and development of basic manufacturing processes such as advanced casting, welding and heat treatment with new technologies. By 2025, advanced near-net forming technologies such as die-less casting and laser heat treatment will be actively promoted. By 2030, a number of advanced and applicable green low-carbon technologies will be developed and innovated to greatly reduce energy consumption in the production process and support the green transformation and development of equipment manufacturing industry. (The Department of Industry and Information Technology of the Autonomous Region takes the lead, and the Development and Reform Commission and the Department of Ecology and Environment of the Autonomous Region are responsible for the division of responsibilities)

7. Promote industrial agglomeration and low-carbon development, and reduce the proportion of non-electric energy consumption. Focusing on electronic materials, components and typical electronic products, we will vigorously promote the improvement of production processes of monocrystalline silicon, electrode foils and lithium-ion materials. We will accelerate the development and industrial application of advanced technologies such as polysilicon closed-loop manufacturing technology, large-size monocrystalline silicon rod slicing, flexible thin film batteries, calcium iron ore and laminated batteries. By 2025, the application range of continuous crystal pulling technology will be more than 95%, and the proportion of non-electric energy application of lithium-ion materials will be further reduced. By 2030, the energy consumption of electronic materials and electronic products will be significantly reduced. (The Department of Industry and Information Technology of the Autonomous Region takes the lead, and the Development and Reform Commission and the Department of Ecology and Environment of the Autonomous Region are responsible for the division of responsibilities)

(2) Action

to promote the supply of green low-carbon products 1. Focus on the key industrial products of the characteristic and advantageous industries and strategic emerging industries of the Autonomous Region, accelerate the implementation of green design, and promote green design. Guiding enterprises to introduce and apply product life cycle management methods, and selecting core products to calculate product carbon footprint. Focusing on industrial products with high attention and good market prospects, aiming at the synergy of pollution reduction and carbon reduction, enterprises are encouraged to publish a list of green low-carbon products by means of self-declaration or voluntary certification. Explore the implementation of green product certification and labeling system. By 2025, we will cultivate and create a number of ecological (green) design demonstration enterprises, and develop and promote 100 kinds of green low-carbon products.

2. Accelerate the overall planning of high-quality development of energy and electronics industry, and strengthen product collaborative innovation in photovoltaic, new energy storage, key terminal applications, key information technology and other fields. We will implement the action plan for the development of intelligent photovoltaic industry and carry out pilot demonstrations to accelerate the upgrading of basic materials and key equipment. Improve the intelligent manufacturing level of advanced solar cells and components, and improve the information management level of the whole life cycle of photovoltaic products. We will continue to promote the steady development of wind turbines and carry out pre-research on high-altitude wind turbines. Optimize and implement the standard conditions and comprehensive standard system of photovoltaic, lithium and other industries, focus on tackling converters, main bearings, couplings, electronic control systems and core components, and improve the wind power equipment industry chain. (The Department of Industry and Information Technology of the Autonomous Region and the National Development and Reform Commission are responsible for the division of responsibilities)

3. Encourage the development of new energy vehicles, introduce spare parts manufacturing enterprises supporting the production of complete machines, promote the cooperation and matching of spare parts production in an orderly manner, and improve the rate of cooperation and matching of main equipment in advantageous industries in Xinjiang. Increase the proportion of new energy vehicles in the autonomous region's urban public transport, taxi, postal express, sanitation, urban logistics and distribution, as well as the proportion of personal consumption of new energy vehicles. Speed up the construction of charging piles, innovate the application of power exchange mode, and build a convenient, efficient and moderately advanced charging network system. Enterprises are encouraged to renew and use new energy vehicles, promote the electric substitution of vehicles in freight transport, urban public services and industrial and mining enterprises, and promote the use of electric transport vehicles in enterprises. By 2030, the proportion of vehicles powered by new energy and clean energy will reach about 40%, and the carbon dioxide emission intensity of new passenger cars and commercial vehicles will be reduced by 25% and 20% respectively compared with 2020. (The Transportation Department, the Development and Reform Commission, the Industry and Information Technology Department, the Market Supervision and Administration Bureau, the Housing and Urban-Rural Construction Department and the Postal Administration of the Autonomous Region are responsible for the division of responsibilities)

4. We will promote the application of energy-saving glass, high-performance doors and windows, new thermal insulation materials, hot-rolled steel and weather-resistant steel for construction, and new wall materials, give priority to the selection of products that have been certified as green building materials, use carbon dioxide mineralization technology to produce all-solid waste carbon-negative green building materials, and encourage the development of prefabricated buildings. We will promote energy-efficient air conditioners, lighting appliances, elevators and other energy-using equipment, and expand the application of clean energy equipment such as solar water heaters, distributed photovoltaics and high-efficiency heat pumps in the construction field. (The Housing and Urban-Rural Construction Department, the Development and Reform Commission, the Industry and Information Technology Department, the Ecological Environment Department and the Market Supervision and Administration Bureau of the Autonomous Region are responsible for the division of responsibilities)

4. Policy guarantee

(1) Strengthen fiscal and taxation policy support. We should make good use of special funds for energy conservation and emission reduction, and implement preferential tax policies such as comprehensive utilization of resources. Strictly implement the government's green procurement standards and increase the procurement of green low-carbon products. We will implement the insurance compensation mechanism for the application of the first set of major technical equipment and the first batch of key new materials, and support the application of qualified green technical equipment and green materials. (The Development and Reform Commission of the Autonomous Region, the Department of Industry and Information Technology, the Department of Finance, the Department of Ecological Environment and the Tax Bureau are responsible for the division of responsibilities)

(2) Actively develop green finance. Financial institutions are encouraged to develop green financial products, make good use of carbon emission reduction support tools, guide financial institutions to provide long-term and low-cost funds for green low-carbon projects, and encourage development policy-oriented financial institutions to provide long-term and stable financing support for carbon peak action in accordance with the principle of marketization and legalization. We will promote the use of green credit to accelerate the green and low-carbon transformation of manufacturing industry, and support a number of low-carbon technological transformation projects in steel, petrochemical, non-ferrous metals, building materials and other industries. We will expand the depth and breadth of the green bond market and encourage eligible green enterprises to go public for financing, listing for financing and refinancing. (The Urumqi Central Branch of the People's Bank of China, the Xinjiang Securities Regulatory Bureau, the Development and Reform Commission of the Autonomous Region, the Department of Industry and Information Technology, the Department of Finance and the Department of Ecological Environment are responsible for the division of responsibilities)

(3) Improving the market mechanism. We will conscientiously implement the national carbon market trading plan, make full use of the role of the national carbon emissions trading market, strengthen the supervision of the quality of carbon emissions data, and guide enterprises to carry out independent emission reduction. We will actively implement contract energy management and promote "one-stop" comprehensive service modes such as energy-saving consultation, diagnosis, design, financing, transformation and trusteeship. (The Department of Ecology and Environment, the Development and Reform Commission, the Department of Industry and Information Technology and the Market Supervision and Administration Bureau of the Autonomous Region are responsible for the division of responsibilities)

5. Organizational implementation

(1) Strengthen organizational leadership. In accordance with the unified deployment of the leading group of carbon peak and carbon neutralization work in the autonomous region, we should strengthen organization and coordination, strengthen departmental cooperation, clarify the division of responsibilities, work requirements and time schedule, and comprehensively promote the key work of carbon peak in the industrial field. Strengthen the guidance to prefectures and cities, and timely dispatch the progress of carbon peak work in the industrial field of prefectures and cities. (The member units of the Office of the Leading Group of Carbon Neutralization Work in the Autonomous Region are responsible for the division of responsibilities)

(2) Strengthen the implementation of responsibilities.Strengthen the coordination of member units, perform their duties, and form joint efforts. All prefectures and municipalities shall, in light of the actual industrial development in the region, work out relevant plans for the region in accordance with this plan, and earnestly do a good job in reaching the peak of industrial carbon in the region. State-owned enterprises should formulate implementation plans for carbon peak, decompose and implement tasks and measures, build a carbon emission information disclosure system, carry out major technology demonstrations, and play a leading role. Small and medium-sized enterprises should raise their awareness of green and low carbon, actively adopt advanced and applicable technologies, and accelerate the transformation of green and low carbon. (Relevant departments in various regions and relevant departments are responsible for the division of responsibilities)

(3) Deepening publicity and guidance. Give full play to the role of industry associations, scientific research institutes, professional organizations and various media, vigorously carry out the activities of National Energy Conservation Publicity Week and National Low Carbon Day, and carry out publicity and education through various channels and forms. Focusing on green low-carbon, energy saving and emission reduction and other fields, we will intensify the training of relevant professionals and carry out carbon peak and carbon neutralization management training. Enterprises are encouraged to organize public open day activities related to carbon emission reduction, guide the establishment of green production and consumption patterns, and create a good environment for green and low-carbon development of industry.