On May 4, the Department of Industry and Information Technology of Inner Mongolia Autonomous Region issued the Implementation Plan of Carbon Peak in the Industrial Field of Inner Mongolia Autonomous Region, which pointed out that the production capacity of cement clinker and ordinary flat glass should be strictly controlled, the replacement policy of production capacity of cement and flat glass industry should be strictly implemented, and the replacement of production capacity indicators in the autonomous region should be given priority in new cement projects. We will speed up the certification and application of green building materials and improve the construction of the standard system for green building materials. Develop and promote cement-based materials and products suitable for prefabricated buildings, new thermal insulation materials, high-performance concrete, energy-saving glass, solar glass, automotive glass, building ceramics and lightweight, high-strength, durable, self-insulation, part-sintered wall materials with bulk industrial solid waste as raw materials. Focus on the development of special glass, high-end coal kaolin, new ceramic materials industry. Build a green low-carbon industrial chain. The introduction of cells, reads as follows:
(1) Guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, the guiding ideology
comprehensively implements the spirit of the Nineteenth National Congress and the Nineteenth Plenary Sessions of the CPC, thoroughly practices the thought of ecological civilization of Xi Jinping, completely, accurately and comprehensively implements the new development concept, and strives to build a well-off society in an all-round way. We will unswervingly follow a new path of high-quality development oriented by ecological priority and green development, adhere to the concept of system, coordinate industrial development and energy conservation and carbon reduction, overall and local, short-term and medium-term and long-term relations, take deepening the structural reform of the supply side as the main line, and take "controlling the total amount, optimizing the stock and adjusting the structure" as the key, so as to achieve the goal of carbon in the industrial field of the autonomous region. With the implementation of special actions such as industrial peak in key industries as the starting point, we will build a modern green industrial system characterized by high efficiency, recycling and low carbon, promote the high-end, intelligent and green development of industry in our region, and strive to achieve the goal of carbon peak in the industrial field of the autonomous region by 2030.
(2) The basic principles
are stable, orderly and systematic . On the premise of promoting the steady increase of the proportion of manufacturing industry in the whole region and maintaining the safety of the industrial chain and supply chain in the whole region, the goal of carbon peak and carbon neutralization runs through the whole process and all links of the industrial chain and supply chain, actively and steadily promotes the tasks of carbon peak, and promotes the overall green and low-carbon transformation of the industry in the whole region. Give priority to
saving and control the source. We should give top priority to saving energy and resources, improve utilization efficiency, optimize the structure of energy and raw materials, strengthen industrial linkages among enterprises, industries and regions, continuously reduce energy and resource consumption per unit output and carbon emissions, and reduce carbon dioxide emissions from the source.
Innovation-driven, digital empowerment. We should persist in taking innovation as the first driving force, strengthen scientific and technological innovation and institutional innovation, focus on promoting the implementation and application of major energy-saving and low-carbon technologies and processes, strengthen the innovative application of the new generation of information technology in the field of green and low-carbon, enable green with digitalization and intellectualization, and foster and strengthen new momentum of green and low-carbon.
Market-led and policy-led. Give full play to the decisive role of the market in the allocation of resources, and improve the market-oriented mechanism to promote green and low-carbon development. We should give full play to the guiding role of the government and strive to break down the institutional and institutional obstacles that restrict the carbon peak. Improve the incentive and restraint mechanism oriented by carbon emission reduction, guide market participants to actively participate in the work of carbon peak, strengthen the supply of green products and services, and promote the realization of carbon peak.
(3) During
the "14th Five-Year Plan" period, the industrial structure and energy consumption structure in the industrial field of the whole region have been significantly optimized, and the proportion of non-fossil energy consumption has been greatly increased. The utilization efficiency of energy resources in key industries has been greatly improved, new progress has been made in the promotion and application of green low-carbon, zero-carbon and negative-carbon technologies, equipment, processes and products, the green manufacturing system has been basically improved, carbon dioxide emissions per unit of industrial added value have been significantly reduced, and the objectives and tasks assigned by the state and autonomous regions have been fulfilled.
By 2030, significant progress will be made in the adjustment of industrial structure and energy consumption structure in the industrial field of the whole region, the utilization efficiency of energy resources in key energy-consuming industries will reach the advanced level in China, the green low-carbon cycle development system in the industrial field will be basically sound, and the goal of carbon peak in the industrial field will be achieved on schedule.
2. Key tasks
(1) Raise the threshold of industry access and strictly control the scale
of industry capacity 1. Strictly control the scale of production capacity of key industries with carbon emissions, and strictly prohibit the establishment of new restricted and eliminated projects in the Catalogue of Guidance for Industrial Structure Adjustment. Open channels for capacity transfer, explore the establishment of energy consumption indicators, carbon quota indicators with the transfer mechanism of capacity indicators, and encourage the centralized development of production capacity. (The Development and Reform Commission, the Department of Ecological Environment and the Department of Industry and Information Technology of the Autonomous Region are responsible for the division of responsibilities)
2. Further improve the entry threshold for new reconstruction and expansion projects in key industries. Policies and regulations on capacity replacement, project filing, environmental impact assessment and energy conservation review should be strictly implemented. For new reconstruction and expansion projects with high energy consumption, on the premise of meeting the requirements of double control of energy consumption in the region, the technology and equipment must reach the domestic advanced level, and the energy utilization efficiency must reach the national advanced standard (the national energy efficiency benchmark level, the advanced value of energy consumption quota standard or the industry advanced level, the same below). (The Development and Reform Commission, the Department of Ecological Environment and the Department of Industry and Information Technology of the Autonomous Region are responsible for the division of responsibilities)
3. Take strong measures to implement inventory management, classified disposal and dynamic monitoring of the "two high" projects. Strictly control the access of "two high" projects, strictly approve and file projects, and strengthen the management of energy-saving review of fixed assets investment, environmental impact assessment and pre-formalities for water use. For the stock projects whose energy efficiency is lower than benchmark level of the industry, all of them are required to reach the national benchmark level through technical transformation; for the stock projects whose energy efficiency is between the benchmark level and the benchmark level, they are encouraged to implement transformation and upgrading with reference to the national benchmark level, and strive to enter the list of "leaders" of energy efficiency in the industry; For projects under construction, if the energy efficiency level is lower than benchmark level of the industry, they shall be rectified in accordance with relevant regulations and strive to reach the benchmark level; To scientifically evaluate the proposed projects, the industries with saturated production capacity should be reduced according to the principle of "reduction and substitution", and the industries with unsaturated production capacity should be improved according to the requirements of national layout and approval and filing, and the access standards should be improved according to the advanced national standards, and the construction should be designed according to the national energy efficiency benchmarking level. (The Development and Reform Commission, the Department of Ecological Environment and the Department of Industry and Information Technology of the Autonomous Region are responsible for the division of responsibilities)
(2) Upgrading traditional industries and releasing the potential
of energy saving and carbon reduction 1. We will guide the orderly withdrawal of all restricted production capacity in the iron and steel, ferroalloy, calcium carbide, coke and graphite electrode industries, and implement capacity replacement, upgrading and transformation. (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)
Column 1 "14th Five-Year Plan" to speed up the elimination of backward and excess capacity
of iron and steel: pig iron blast furnaces for steelmaking with an effective volume of less than 1200 cubic meters, steelmaking converters with a nominal capacity of less than 100 tons, Electric arc furnace with nominal capacity below 100 tons (alloy steel 50 tons).
Ferroalloy: Submerged arc furnace of 25,000 KVA and below (except special ferroalloy)
Calcium carbide: Submerged arc furnace of 30000 and below KVA.
Coke: a top-loading coke oven with a carbonization cham height of less than 6.0 meters, and a carbonization cham height of less than 5.
Graphite electrode: pressing equipment, roasting equipment and production lines for ordinary pow and high power graphite electrodes, Graphite electrode production line with diameter less than 600mm (excluding).
Virtual currency mining: completely clean up and shut down virtual currency mining projects.
2. Accelerate the upgrading of energy-saving transformation, focus on key industries such as iron and steel, petrochemical industry, non-ferrous metals and building materials, formulate the implementation plan of energy-saving technological transformation, determine the list of technological transformation enterprises, strengthen the reserve of energy-saving technological transformation projects, steadily promote the implementation of transformation by organizing enterprises, scientifically evaluate the implementation effect of transformation, and promote the transformation. Industrial enterprises in the region have been encouraged to carry out energy-saving technological transformation according to the national benchmarking level (advanced standards). Through the implementation of energy-saving transformation, the energy consumption per unit product in key industries such as iron and steel, non-ferrous metals, chemical industry and building materials has been greatly reduced, and the production capacity reaching the benchmarking level has exceeded 30%. Accelerate the innovation and application of energy-saving technologies such as advanced and efficient technology, medium and low grade waste heat and pressure utilization, and reduce energy consumption in production processes. We will accelerate the technological upgrading and green transformation of the main products of traditional industries, and constantly optimize the structure of industrial products. We will eliminate energy-intensive mechanical and electrical equipment in an all-round way and promote energy-saving renovation of key energy-using equipment systems such as industrial kilns, boilers, motors, compressors, pumps and transformers. (The Department of Industry and Information Technology, the Development and Reform Commission, the Science and Technology Department and the Market Supervision Bureau of the Autonomous Region are responsible for the division of responsibilities)
Column 2 Energy-saving and Low-carbon Technology
Iron and Steel Industry : Promote direct reduction ironmaking with by-product coke oven gas or natural gas, hydrogen smelting, blast furnace oxygen-enriched smelting, smelting reduction, high-parameter dry quenching, Intelligent control of coke oven heating, sintering flue gas circulation, endless rolling, steel-making regenerative baking, energy-saving technology of heating furnace and recovery of pressure equalizing gas at the top of blast furnace, waste heat recovery and comprehensive utilization of iron and steel slag, waste heat recovery of ascending pipe of coke oven process, waste heat steam recovery and utilization of sintering, steel-making and steel rolling processes, low temperature flue gas, circulating cooling water and other low-quality waste heat recovery technologies.
Nonferrous metal industry : promotion of technologies such as large-scale aluminum electrolysis cells and alumina production lines, copper smelting flash and continuous converting, regenerative vertical retort magnesium smelting, calcium-free dissolution of alumina, carbon fixation and alkali removal of red mud, and low-carbon smelting of primary aluminum. Energy-saving technology of new type steady flow and heat preservation aluminum cell, aluminum smelting waste heat recovery and utilization technology, intelligent crust breaking and intelligent blanking technology, aluminum steel direct welding technology, ferrophosphorus casting composition stabilization technology, iron-carbon pressure drop reduction and full graphitization cathode technology, high-efficiency recovery and utilization technology of anode furnace flue gas waste heat in copper smelting industry, and high-efficiency recovery and utilization technology of reduction furnace flue gas waste heat in magnesium smelting industry.
Chemical industry : promote large-scale pulverized coal pressurized gasification, olefin feedstock lightening, coal-water slurry gasification, nitric acid comprehensive treatment, high-efficiency fluid transmission, high-efficiency and low-energy-consumption urea synthesis technology; high-efficiency coal gasifier, synthesis reactor, high-efficiency rectification system, intelligent control system, high-efficiency falling-film evaporation technology; Coke oven raw gas sensible heat recovery and utilization, coke dry quenching, coke oven carbonization chamber raw gas recovery and pressure automatic regulation, coking coal humidity control air separation technology, cell voltage optimization control, water film evaporation heat transfer cooling technology, waste acid desorption technology, concentrated sulfuric acid purification technology.
Building materials industry: promotion of energy saving and consumption reduction of firing system, co-processing of cement kiln, oxygen-enriched combustion-supporting of cement, transformation of raw material mill (vertical mill to roller press), raw material pretreatment, cement grinding system, coal grinding system, automation, information and intelligent system of cement plant, clinker calcination with high solid-gas ratio, non-spheroidizing grinding, Energy-saving technologies such as high-thrust multi-channel combustion, glass furnace insulation and energy saving, glass furnace oxy-fuel combustion and pure oxygen combustion-supporting.
Terminal Energy Equipment . Motor system: promote motor systems such as permanent magnet synchronous servo and eddy current flexible drive motor, high-voltage variable frequency speed regulation, Francis turbine for cooling tower, etc. Power distribution system: promote amorphous alloy transformer, on-load capacity and voltage regulation, system reactive power compensation and parameter optimization system. Furnace and kiln system: promote technologies such as oxygen-enriched combustion-supporting, regenerative combustion, scale prevention and efficiency improvement of circulating water system.
3. Strengthen the water-saving management of key industrial water-using industries, strengthen the control of water use intensity, strengthen the construction of water-saving standardization, speed up the formulation and revision of industrial water-saving related technology, management, evaluation and other standards, strengthen the publicity and implementation of relevant standards, guide enterprises to meet the water efficiency standards, and improve water use efficiency. Promote the application of a number of advanced water-saving equipment technologies, organize and carry out water-saving technological transformation in high-water-consuming industries such as iron and steel, non-ferrous metals, chemical industry, building materials, food and fermentation, support the recycling of industrial wastewater, formulate implementation plans for water-saving technological transformation, establish a list of technological transformation projects, and select advanced and applicable technologies and equipment. Enterprises with advanced water use efficiency are encouraged to keep pace with the industry benchmarking level and the "leader" of water efficiency, and a number of water-saving enterprises and water-saving benchmarking enterprises will be built. By 2025, the water consumption of 10000 yuan industrial added value will be reduced by 13% compared with 2020. (The Department of Industry and Information Technology, the Department of Water Resources, the Development and Reform Commission, the Science and Technology Department and the Market Supervision Bureau of the Autonomous Region are responsible for the division of responsibilities)
Column 3 Water-saving transformation technology
Iron and steel industry : promote the multi-functional and efficient quenching of high-quality steel pipes, the five-effect efficient recycling of "combustion-heat-electricity-water-salt", Integrated technology of wastewater zero discharge treatment and iron and steel comprehensive sewage regeneration and reuse.
Nonferrous metal industry : promote advanced treatment and recycling of fluorine-containing wastewater from aluminum industry, zero discharge of copper smelting wastewater, and recycling technology of nonferrous metal smelting wastewater.
Chemical industry : promotion of chemical wastewater recycling, acidic wastewater treatment and recycling equipment, comprehensive wastewater treatment and reuse of oil refining catalyst, advanced treatment and reuse of oil refining sewage, regeneration wastewater reuse of ion-exchange membrane chelating resin tower, wastewater treatment and reuse of coal chemical industry, alkaline condensate treatment of solid alkali evaporation, Complete set of regeneration and reuse of petrochemical sewage by air flotation and biochemical filtration, complete set of integrated process of water saving and emission reduction in petrochemical industry, process integration of coal water slurry from chemical wastewater, recovery and utilization of concentrated water in chlor-alkali enterprises, zero discharge integration of polyvinyl chloride mother liquor wastewater, resource membrane integration of high salt chemical wastewater, and double membrane method of polyvinyl chloride centrifugal mother liquor reuse technology.
Building materials industry: promote sewage treatment and reclaimed water recovery system, zero discharge of waste water and waste residue concrete mixing device, ceramic tile new dry milling short process water-saving technology.
Food industry: promotion of digital cluster drying room and condensate water recovery system, high-efficiency recyclable pretreatment device, bottle-washing water circulation purification and sterilization device, comprehensive utilization of reclaimed beer water, membrane biological treatment and reuse of fermentation organic wastewater, water circulation and wastewater regeneration and reuse in sugar mills, water-saving and recycling of milk-containing beverage process, Continuous ion exchange in fermentation industry, full closed water circulation and advanced treatment and reuse of amino acids, and comprehensive utilization of high concentration sugar-containing wastewater.
4. Continue to carry out national industrial special energy-saving supervision and routine supervision, formulate energy-saving supervision work plans, focus on key enterprises and key energy-using equipment, strengthen supervision and inspection of the implementation of energy-saving laws and regulations and mandatory energy-saving standards, investigate and punish illegal energy use in accordance with the law and regulations, and strengthen supervision and guidance and rectification within a time limit. We will improve the three-level energy-saving supervision system of autonomous regions, League cities and banner counties, innovate supervision methods, further promote energy-saving diagnostic services, and encourage key enterprises to adopt contract energy management, energy trusteeship and other modes to implement transformation. Implement the "leader" action of energy efficiency in key energy-using industries. (The Office of Industry and Information Technology of the Autonomous Region, the Development and Reform Commission and the Market Supervision and Administration Bureau are responsible for the division of responsibilities)
(3) Vigorously develop emerging industries and promote low-carbon
energy consumption 1. Strengthen the leading role of carbon emission reduction in industrial development, and implement the requirements of high-end, intelligent and green industrial development. To cultivate five advanced manufacturing clusters with obvious low-carbon transformation effects, namely, green agricultural and livestock products processing, modern equipment manufacturing, new chemical industry, new materials and biomedicine, and to build agricultural and livestock products processing, new energy equipment manufacturing, new energy automobile manufacturing, biomedicine, modern coal chemical industry, fine chemical industry and new materials. Priority should be given to the layout of projects in areas where raw materials are well matched with clean energy and are conducive to achieving carbon peak and carbon neutrality ahead of schedule. By 2025, the output value of modern equipment manufacturing industry will account for about 10% of industrial output value, and the output value of new materials will account for about 13% of industrial output value.(The Department of Industry and Information Technology of the Autonomous Region, the Development and Reform Commission, the Energy Bureau and the State-owned Assets Supervision and Administration Commission are responsible for the division of responsibilities)
Column 4 Green Low-carbon Industrial Cluster
Advanced Manufacturing Cluster:
Green Agricultural and Livestock Products Processing Industrial Cluster: Focusing on the construction of agricultural and livestock products production base, In Hohhot, Xing'an League, Tongliao, Chifeng City, Wulanchabu City, Ordos City, Bayannaoer City, Hulunbuir City and Xilingol League, green agricultural and livestock products processing projects are laid out. Focus on the development of milk, meat, cashmere, corn, potatoes and other industries.
Modern equipment manufacturing : Focus on the development of new energy equipment manufacturing and new energy automobile manufacturing, two hundred billion-grade industries, and lay out new energy equipment manufacturing projects in Baotou City, Tongliao City, Wulanchabu City, Ordos City, Bayannur City and other regions to form a new engine to drive the growth of manufacturing industry.
New chemical industry cluster : focus on the development of modern coal chemical industry and fine chemical industry, build a national modern coal chemical industry demonstration zone in Ordos City, lay out fine chemical projects in Wuhai and surrounding areas, promote the concentration of industries in chemical industry parks, and build a green, refined and recycling modern coal chemical industry cluster.
New material cluster : focus on the development of advanced metal materials, rare earth new materials, advanced silicon materials, advanced building materials and non-metallic mineral materials, advanced carbon materials, layout of rare earth new material projects in Baotou, layout of graphite new material projects in Wulanchabu, layout of photovoltaic new material projects in Hohhot-Baotou-Ordos and Bayannur. Advanced polymer new material projects are laid out in Ordos, Wuhai and surrounding areas, and aluminum and copper post-processing projects are laid out in Baotou, Chifeng and Tongliao.
Biomedical cluster : focus on the development of biological preparations (animal vaccines), raw materials and chemical drugs, traditional Chinese medicine and Mongolian medicine, and lay out biomedical projects in Hohhot, Tongliao, Chifeng and Bayannur.
Column 5 Green Low-carbon Industry Chain
Characteristic Industry Chain:
Wind Power Equipment: Moderately develop wind turbine manufacturing, focus on the development of blades, generators, hubs, bearings, control systems and other core supporting components, and improve the supporting capacity of components. Build an industrial chain of "wind turbine manufacturing-supporting parts-equipment maintenance-wind power base".
Photovoltaic equipment: In order to meet the construction needs of photovoltaic power stations, support the existing monocrystalline silicon and polycrystalline silicon production enterprises to develop solar cell module products, and introduce the manufacturing projects of cells, photovoltaic glass (panels, backplanes), EVA film, inverters and wind-solar complementary equipment. Form an industrial chain of "photovoltaic materials-battery components-photovoltaic power stations".
New energy vehicles: Focusing on the replacement of traditional fuel trucks by electric heavy trucks, we will accelerate the release of new energy vehicle production capacity and centralize the layout of supporting parts and components projects in Hohhot-Baotou-Ordos and other regions. Build a new energy vehicle industry chain covering power battery, motor, electronic control system, power assembly, supporting parts and vehicle R & D and production, and build an important regional new energy vehicle production base.
Modern coal chemical industry: accelerate the construction of Ordos National Modern Coal Chemical Industry Demonstration Zone, moderately expand the scale of modern coal chemical industry based on the national strategic needs, and vigorously develop high-end polyolefin, engineering plastics, high-performance fibers, high-quality paraffin, high-grade lubricants, nitrile rubber and other high value-added products.
Fine chemical industry: accelerate the development of deep processing projects, build the whole industrial chain of coal coke chemical industry and chlor-alkali chemical industry, vigorously develop fine chemical industry such as pharmaceutical pesticide series and dyestuff series, and vigorously develop fluorosilicone chemical industry.
Advanced metal materials: We will expand the scale of advanced steel materials and non-ferrous metal materials, and focus on developing high value-added products such as high-performance plates, high-performance pipes, advanced rail transit materials and high-performance aluminum (copper) materials to meet the development needs of rail transit, aerospace, electronic information and other industries. New
rare earth materials: Relying on innovative resources such as the National Rare Earth Functional Materials Innovation Center of the Autonomous Region, we will accelerate the research and development of key technologies and the transformation of achievements, vigorously develop high-end rare earth functional materials such as permanent magnets, hydrogen storage, catalysis and additives, and form an industrial chain of "rare earth resources-smelting and separation-functional materials-application products". We will build the largest rare earth functional material base and the leading rare earth application base in China.
Advanced silicon materials: Polycrystalline silicon, monocrystalline silicon and organic silicon enterprises are encouraged to extend the industrial chain and develop downstream large-size slice and electronic-grade crystalline silicon high-performance organic silicon products.
Advanced building materials and non-metallic mineral materials: focus on the development of special glass, high-end coal kaolin and new ceramic materials industries.
Advanced carbon materials: optimize the distribution of advanced carbon materials industries such as graphite (olefin), carbon fiber and composite carbon materials, and develop high value-added products such as ultra-high power graphite electrodes, lithium ion battery anode materials, special carbon materials, carbon fibers, glass fibers, graphene powders and films.
New polymer materials: promote the extension and coupling of chemical intermediate products, and develop high-performance resins, high-end functional films, degradable plastics and other materials.
Biopharmaceuticals: Relying on the National Engineering Laboratory of Veterinary Vaccines and the Veterinary Vaccine Innovation Center, expand the supply capacity of foot-and-mouth disease, Brucella and other vaccines, and develop pet vaccine series products. Develop urgently needed vaccines such as African swine fever and bovine sarcoidosis, and support Hohhot to build the world's leading veterinary vaccine R & D and production base.
APIs and chemical drugs: Relying on the industrial foundation of APIs, promote the extension of APIs to downstream pharmaceutical preparations, increase the types and scale of downstream products of APIs such as vitamins, and develop green biopesticides and veterinary drugs such as spinosad and anthelmintic.
Traditional Chinese medicine and Mongolian medicine: Relying on the resource endowment of genuine medicinal materials, we will vigorously develop the industry of traditional Chinese medicine and Mongolian medicine, create an industrial chain of "genuine medicinal materials-primary processing of medicinal materials-decoction pieces, formula granules-traditional Chinese medicine and Mongolian medicine preparations", and realize the local processing and transformation of genuine medicinal materials.
2. Reasonably control fossil energy consumption and promote multi-energy complementary green substitution between coal-fired power plants and new energy sources. Promote the reduction of coal consumption in iron and steel, non-ferrous metals, building materials and other industries, develop modern coal chemical industry in a steady and orderly manner, and promote the efficient and clean utilization of coal according to its quality and classification. We will guide the consumption of natural gas in an orderly manner, rationally guide the growth of industrial gas consumption and chemical raw material gas consumption, and gradually reduce the proportion of fossil energy consumption. Promote industrial green electricity consumption and substantially increase the proportion of green electricity consumption.
3. Broaden the field of electric energy substitution, promote electric furnace steel, electric boilers, electric kilns, electric heating and other technologies in key industries such as iron and steel, foundry and building materials, and carry out electric energy substitution such as high-temperature heat pumps and high-power electric heating energy storage boilers. We will promote the application of industrial electric kilns, heat pumps, regenerative and direct-heating industrial electric boilers in key industrial parks, promote the substitution of electric energy for new heat loads, expand the proportion of electrified terminal energy-using equipment, and enhance the level and flexibility of load-side power consumption intelligence. (The Office of Industry and Information Technology of the Autonomous Region, the Development and Reform Commission and the Energy Bureau are responsible for the division of responsibilities)
4. Enhance the coordination and interaction between source, network and storage, and speed up the supply of green energy in industrial parks.We will guide enterprises and parks to accelerate the development and operation of integrated systems such as distributed photovoltaic, decentralized wind power, multi-energy storage, high-efficiency heat pumps, waste heat and pressure utilization, and intelligent energy management and control, so as to promote the efficient complementary utilization of multi-energy and promote the large-scale and high-proportion consumption of renewable energy nearby. We will strengthen the optimization and cascade utilization of energy systems, and vigorously promote new formats such as central heating and energy supply centers in parks according to local conditions. Accelerate the large-scale application of new energy storage and promote the development of the whole chain of hydrogen energy "production, storage and transportation". (The Energy Bureau of the Autonomous Region, the Office of Industry and Information Technology and the Development and Reform Commission are responsible for the division of responsibilities)
5. Implement the renewable energy substitution action in the park, and pilot the construction of a number of low-carbon demonstration parks and zero-carbon demonstration parks in industrial parks with relatively concentrated electricity load and independent peak shaving capacity. To formulate a technical plan for low-carbon and zero-carbon transformation of the park, accelerate the implementation of low-carbon and zero-carbon construction, build new energy projects according to the actual consumption level of the park, and further increase the proportion of renewable energy consumption. According to the target of 50% of new energy consumption in three years, the low-carbon park will carry out pilot construction. According to the one-time planning of new energy, the industrial load and new energy will be constructed and put into operation synchronously. In the first year of industrial operation, the proportion of new energy consumption will reach 50%, 80% in three years and 100% in five years.
6. Strengthen the coupling development of energy, iron and steel, chemical industry, building materials, non-ferrous metals, textiles, food and other industries, promote industrial cycle links, and support the promotion and application of steel and chemical co-production, refining and chemical integration and other modes. We should strengthen the coordinated layout of the industrial chain across regions and reduce the logistics of intermediate products. Leading enterprises are encouraged to cooperate with upstream and downstream enterprises and inter-industry enterprises to carry out coordinated carbon reduction actions, and to build an industrial chain in which enterprises are connected end to end, supply and demand, and interconnected. We will build a number of demonstration projects of "industrial synergy" and "carbon sequestration". (The Office of Industry and Information Technology of the Autonomous Region, the Development and Reform Commission, the Energy Bureau and the State-owned Assets Supervision and Administration Commission are responsible for the division of responsibilities)
3. Key actions
(1) Implementing the peak action
in key industries, focusing on key industries, clarifying the path of carbon reduction, formulating the implementation plan of carbon peak in iron and steel, non-ferrous metals, building materials and chemical industries. We should implement policies in different industries and continue to push forward, control carbon emissions and reduce carbon emission intensity. By 2030, carbon emissions from key industries such as iron and steel, non-ferrous metals, building materials and chemical industry will all reach their peak.
1. We will strictly control the production capacity of the iron and steel and ferroalloy industries, and strictly prevent the resurgence of "low-quality steel" and the resumption of production of excess capacity that has been eliminated. We will strictly implement relevant regulations on capacity replacement, project filing, environmental impact assessment, energy consumption control and coal consumption reduction substitution, and improve access standards for new reconstruction and expansion projects. We will accelerate the elimination and elimination of backward and restricted technological equipment, promote the large-scale development of sintering, pelletizing, ironmaking and steelmaking equipment in the iron and steel industry, and support qualified iron and steel enterprises to speed up the withdrawal of inefficient production capacity and technology through mergers and reorganizations, transformation and conversion. We will encourage the adoption of low-carbon processes, promote the implementation of energy-saving technological transformation, and promote the application of advanced and applicable green low-carbon technologies. Strengthen industrial synergy, build a community of clean energy supply and iron and steel industry, promote clean energy substitution for iron and steel industry, promote the coordinated development of iron and steel, ferroalloy industry and other industries, and build a number of industrial Co operative carbon reduction demonstration backbone enterprises. Optimize the layout of iron and steel industry in Baotou, Wulanchabu, Chifeng and other League cities, promote the extension and supplement of industrial chain, strengthen the status of special steel industry, build a high value-added industrial chain, develop new materials such as high-performance plates, pipes and advanced rail transit materials, promote the characteristic and differentiated development of industrial chain among different iron and steel enterprises, and guide the cluster development of industrial chain. Promote the comprehensive utilization of scrap steel resources and improve the level of recycling development. By 2030, the iron and steel industry in the whole region will reach its carbon peak. (The Department of Industry and Information Technology, the Development and Reform Commission, the Department of Science and Technology, the Department of Ecology and Environment, the State-owned Assets Supervision and Administration Commission and the Energy Bureau of the Autonomous Region are responsible for the division of responsibilities)
2. Strictly control the production capacity of electrolytic aluminium in the whole region to prevent the blind and disorderly development of copper smelting and alumina. Strictly implement the policy of capacity reduction and replacement, further improve the entry threshold of new and expansion projects in the non-ferrous metal industry in the whole region, and strictly implement the policies and regulations of capacity replacement, project filing, environmental impact a ssessment and energy-saving review. Promote industrial concentration and development, and guide electrolytic aluminum industry to develop in Baotou, Tongliao and Ordos; copper, lead and zinc industries to develop in Chifeng, Baotou and Bayannur. Strengthen the coordinated development of multi-industries, and make every effort to build the industrial ecological chain of power, carbon, non-ferrous metal smelting, non-ferrous metal alloys, non-ferrous metal deep processing materials and solid waste reuse, so as to realize the coordinated development of multi-industries. We will accelerate the withdrawal of inefficient production capacity and processes, encourage the adoption of low-carbon processes, promote the implementation of energy-saving technological transformation, and promote the application of advanced and applicable green low-carbon technologies. Non-ferrous metal enterprises and non-ferrous metal parks are encouraged to carry out the construction of industrial green low-carbon micro-grids, develop roof photovoltaic, decentralized wind power, multi-energy storage, high-efficiency heat pumps, etc., promote the efficient complementary utilization of multi-energy, and increase the proportion of clean energy use. Promote the construction of "low-carbon energy, non-ferrous metal smelting, intensive processing" industrial community. We will encourage the coordinated development of upstream and downstream industrial chains and industrial clusters, guide enterprises to explore new modes of cross-industrial chain, cross-industry and cross-regional cooperation, and promote the deep integration of low-carbon metallurgy with energy conservation and environmental protection, modern logistics, green building materials, photovoltaic wind power and other industrial clusters. In Baotou, Hohhot, Chifeng, Tongliao and other key non-ferrous metal industry gathering areas, we will develop recycled non-ferrous metal industry and promote the recycling of recycled aluminium and copper resources. By 2030, the non-ferrous industry in the whole region will reach its carbon peak. (The Office of Industry and Information Technology, the Development and Reform Commission, the Science and Technology Department, the Department of Ecological Environment, the State-owned Assets Supervision and Administration Commission and the Energy Bureau of the Autonomous Region are responsible for the division of responsibilities)
3. Strictly control the production capacity of cement clinker and ordinary flat glass, and strictly implement the replacement policy of cement and flat glass industry. New cement projects should give priority to the replacement of production capacity indicators in the autonomous region. Give full play to the role of binding indicators such as energy consumption, emissions and quality, establish a long-term mechanism for eliminating backward production capacity in a market-oriented and legalized manner, and guide the orderly withdrawal of inefficient and backward production capacity. We will encourage the adoption of low-carbon processes, promote the implementation of energy-saving technological transformation, and promote the application of advanced and applicable green low-carbon technologies. We should adhere to the normalization of cement peak staggering production, accelerate the application of clean energy, optimize the energy consumption structure of building materials industry, promote clean and low-carbon energy structure, and continuously increase the proportion of clean energy such as electricity and natural gas used by building materials enterprises. We will increase the application of alternative fuels, support conditional cement clinker production lines to support co-disposal equipment and co-disposal of garbage. Cement, concrete, thermal insulation materials and new wall materials enterprises are encouraged to use carbide slag, fly ash, metallurgical slag, tailings and other bulk solid wastes instead of some raw materials, and glass and ceramics enterprises are encouraged to use waste glass and ceramics instead of natural raw materials to improve the comprehensive utilization efficiency of solid wastes. We will vigorously develop solar glass, glass fiber and products manufacturing, high-end ceramics, high-end coal-based kaolin, green building materials, new wall materials and other advantageous and characteristic building materials industries, and improve the application of green building materials and assembly parts in highway transportation and housing construction. Promote the symbiosis of links among enterprises, parks and industries and the coordinated utilization of resources, establish a coordinated development system of "chemical-building materials", "electricity-building materials" and "new energy-building materials", and improve the efficiency of resource and energy utilization. By 2030, the building materials industry will reach its carbon peak. (The Department of Industry and Information Technology, the Department of Housing and Construction, the Department of Communications, the Development and Reform Commission, the Department of Science and Technology, the Department of Ecological Environment and the Energy Bureau of the Autonomous Region are responsible for the division of responsibilities)
4. In strict accordance with the requirements of the industrial policies of the state and the Inner Mongolia Autonomous Region, the new production capacity of coke, urea, caustic soda, calcium carbide and other chemical industries should be strictly controlled. In accordance with the relevant requirements of the national planning and layout plan, we will focus on promoting the construction of Ordos Modern Coal Chemical Industry Demonstration Zone, moderately developing modern coal chemical projects such as coal-to-oil, coal-to-gas, coal-to-olefin and coal-to-aromatics. The energy efficiency, water consumption and technological level of new modern coal chemical projects must reach the advanced level of the national industry, and increase the extension of the coal chemical industry chain. We will actively develop downstream extension industries such as new materials and fine chemicals, and rationally develop biochemical industries according to the situation in the region. We will develop new chemical materials such as high-performance resins and high-end functional membranes, promote the extension and supplement of the chemical industry, and build special industrial chains such as coal-electricity-calcium carbide-PVC resin-calcium carbide slag cement. Increase the substitution of green energy in the chemical industry, increase the proportion of green electricity and green hydrogen substitution, encourage the use of wind power and photovoltaic power to replace electricity for chemical production, and introduce geothermal, photothermal and other clean heat sources in areas where conditions permit; encourage large steam consumers to implement electrification transformation; encourage large hydrogen consumers to gradually use green hydrogen to replace existing coal hydrogen production. We will accelerate the energy-saving transformation of key enterprises, key energy-consuming equipment and production processes, accelerate the deployment of large-scale demonstration projects for the industrialization of carbon capture, utilization and storage, and achieve the carbon peak in the chemical industry by 2030. (The Office of Industry and Information Technology, the Development and Reform Commission, the Science and Technology Department, the Department of Ecology and Environment, the State-owned Assets Supervision and Administration Commission and the Energy Bureau of the Autonomous Region are responsible for the division of responsibilities)
(2) Implementing the green manufacturing action
in an all-round way, improving the green manufacturing system, creating green factories, green parks, green design products and green supply chains. Through typical demonstration, the green transformation of production mode will be promoted, and the low-carbon development of the whole industrial chain will be promoted. "Fourteenth Five-Year Plan" strives to create 50 green factories, 15 green parks and 20 green design products.
1. Guided by low carbon, we will further build green factories at the national and autonomous region levels, implement the annual declaration and three-year review requirements of green factories, dynamically manage green factories, guide green factories to meet the advanced domestic standards, and further upgrade and transform them. Strengthen the supervision and management of third-party evaluation institutions, and provide consultation, testing, training and other services for key areas. (Office of Industry and Information Technology of the Autonomous Region)
2. Supporting leading enterprises with great influence and high management level in the characteristic and advantageous industries of the autonomous region, playing a leading role in key areas such as supply chain integration, innovation capability sharing, intelligent low-carbon management, and driving upstream and downstream enterprises to achieve green and low-carbon development. Support the integration of industrial chain, cultivate a number of industrial chain enterprises with ecological dominance, and build a low-carbon industrial chain supply chain with upstream and downstream linkage.(The Department of Industry and Information Technology, the Development and Reform Commission, the Department of Ecological Environment, the Department of Transportation, the Market Supervision Bureau and the State-owned Assets Supervision and Administration Commission of the Autonomous Region are responsible for the division of responsibilities)
3. Continue to implement the demonstration of green parks in key areas of the Yellow River Basin. The concept of resource conservation and environmental friendliness should be implemented in the aspects of park planning, spatial layout, industrial chain design, energy utilization, resource utilization, infrastructure, ecological environment and operation management, and the integrated solution of energy and resources in the park should be implemented to promote the co-construction and sharing of park infrastructure, so as to promote the development of the park. Cascade utilization of energy, recycling of water resources, waste exchange and utilization, land conservation and intensive utilization, waste heat and pressure recovery and utilization of waste heat resources in the park will be realized, and the utilization efficiency of energy resources in the park will be improved. Continuously complete and improve the green chain of industries in the park, promote the construction of information and technology service platform in the park, promote enterprises in the park to develop green products, leading industries to create green factories, leading enterprises to build green supply chains, and realize the overall green development of the park. (The Office of Industry and Information Technology of the Autonomous Region, the Development and Reform Commission and the Energy Bureau are responsible for the division of responsibilities)
4. Vigorously promote the green design of industrial products and the green management of the whole life cycle. Focus on industrial products with outstanding green attributes and high consumer concern, organize leading enterprises in the industry, and carry out the development and promotion of green low-carbon products. (Office of Industry and Information Technology of the Autonomous Region, Development and Reform Commission, The Department of Ecology and Environment is responsible for the division of responsibilities)
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