On June 15, the Ministry of Industry and Information Technology of Qinghai Province issued a circular on the issuance of the Implementation Plan for Carbon Peak in the Industrial Field of Qinghai Province. The
circular pointed out that in order to thoroughly implement the major strategic decisions and overall arrangements of the Party Central Committee, the State Council, the provincial Party Committee and the provincial government on carbon peak and carbon neutralization, we should firmly promote the work of carbon peak in the industrial field of Qinghai Province. This implementation plan is formulated in accordance with the Notice of the Ministry of Industry and Information Technology, the Ministry of Ecology and Environment of the National Development and Reform Commission on Issuing the Implementation Plan of Carbon Peak in the Industrial Field and the Notice of the People's Government of Qinghai Province on Issuing the Implementation Plan of Carbon Peak in Qinghai Province, and in combination with the actual situation of Qinghai Province.
The new production capacity of high energy-consuming industries such as non-ferrous metals, chemical industry, steel, cement and glass should be strictly controlled, and the entry threshold for incremental projects should be raised. Strictly implement relevant standards and policies such as the Catalogue of Guidance for Industrial Structure Adjustment, resolutely eliminate backward production processes, technologies and equipment, and strictly prevent the resurgence of backward production capacity. We will carry out in-depth energy-saving diagnosis for key energy-using units, strengthen the analysis and early warning of energy-saving situation, and strengthen work guidance for high-warning areas. Projects that cannot be transformed on schedule shall be eliminated, and the time limit for elimination shall generally not exceed 3 years. For projects that are shut down, withdrawn or eliminated, corresponding work plans shall be formulated and implemented steadily. We will increase the disposal of idle production capacity and zombie production capacity.
We will carry out energy-saving and carbon-reducing transformation and upgrading
, comprehensively implement the Implementation Plan for Promoting Energy-saving and Carbon-reducing Technological Transformation in Key Areas with Strict Energy Efficiency Constraints in Qinghai Province (2021-2025), and establish a provincial database of key energy-saving projects. In accordance with the principle of "overall promotion, one enterprise, one policy", we will focus on promoting energy-saving technological transformation of the stock capacity of non-ferrous metals, chemical industry, ferrous metals, glass , cement, coal and electricity industries on the basis of meeting the requirements of industry development planning, industrial layout and industrial policies. We will improve the mechanism of differential electricity prices, peak-valley electricity prices, punitive electricity prices and tiered electricity prices, encourage enterprises in key industries to benchmark and benchmark levels, and accelerate the innovation and application of energy-saving technologies. We will comprehensively promote the improvement of energy efficiency of key energy-using equipment such as transformers, motors, pumps, compressors, fans and boilers, strengthen the utilization of residual heat and pressure, optimize energy systems, and carry out energy-saving renovation of public and auxiliary facilities, so as to systematically improve energy efficiency. Carbon peak action in
key industries-building materials industry
strengthens the research and development of green low-carbon building materials production technology, technology and application, and supports enterprises to build green factories and green supply chains. Give full play to the leading role of special funds, support the construction of green building materials industry demonstration base and green building materials application pilot demonstration, improve the quality of green building materials products, expand the supply of green building materials products, and promote the green transformation and upgrading of building materials industry in our province. Promote the certification and application of green building materials products, and gradually increase the proportion of green building materials application. Strictly implement the capacity replacement requirements of new cement and glass projects, and guide the building materials industry to transform to lightweight, intensive and product-oriented. Focusing on the green high-end, high-quality and high-tech development of building materials industry, we will carry out green transformation and upgrading of the industry, research and development of new materials and recycling of waste resources, focusing on the development of new PVC environmental protection decorative materials, new wall materials, energy-saving insulation and decorative materials. Focus on the development of special glass
In order to thoroughly implement the major strategic decisions and overall arrangements of the Party Central Committee, the State Council, the provincial Party Committee and the provincial government on carbon peak and carbon neutralization, This implementation plan is formulated in accordance with the Notice of the Ministry of Industry and Information Technology, the Ministry of Ecology and Environment of the National Development and Reform Commission on Issuing the Implementation Plan of Carbon Peak in the Industrial Field and the Notice of the People's Government of Qinghai Province on Issuing the Implementation Plan of Carbon Peak in Qinghai Province, and in combination with the actual situation of Qinghai Province.
1. General requirements
(1) The guiding ideology
adheres to the socialist ideology with Chinese characteristics in the new era, comprehensively implements the spirit of the 20th National Congress of the Communist Party of China, thoroughly implements the idea of ecological civilization, bases itself on the new stage of development, comprehensively implements the new concept of development, and constructs a new pattern of development. Closely following the orientation of the "three largest" provinces and focusing on the major requirements of the "four places" construction of industry, we should take the promotion of carbon peak in the industrial field as the hard task of implementing the green development of industry and the construction of ecological civilization in the whole province. With the implementation of energy conservation and carbon reduction in key industries as the starting point, we should optimize the layout of industrial structure, improve the efficiency of resource and energy utilization, actively implement cleaner production transformation, promote green manufacturing, promote the integration of digitalization, intellectualization and greening, accelerate the green and low-carbon transformation and high-quality development of industry, and build a green, low-carbon and circular modern industrial system.
(2) Basic principles
- overall deployment and overall promotion . The target vision of carbon peak and carbon neutralization runs through the whole process of industrial production, further strengthens top-level design, comprehensively coordinates the relationship between industrial economic growth and low-carbon transformation, green production and green consumption, actively and steadily promotes the tasks of carbon peak, and comprehensively promotes the green and low-carbon development of industry in the whole province.
- Ecological priority, transformation and quality improvement. We should give priority to ecological protection, pay attention to the unity of deep development and efficient utilization of resources, coordinate industrial development with ecological protection, strictly adhere to the red line of ecological protection, the bottom line of environmental quality and the upper line of resource utilization, and promote the scientific allocation and efficient utilization of energy resources based on resource endowment and industrial foundation.
-Innovation-driven and digital empowerment. We should adhere to the status of scientific and technological innovation as the first driving force, promote the R & D and application of energy-saving and low-carbon technology and equipment, improve the low-carbon scientific and technological innovation system, and foster new momentum for green industrial development. Promote digitalization, intellectualization and greening, and drive low-carbon transformation of industry with information technology.
-Policy-led and market-led. Give full play to the role of the government in planning guidance and policy support, and improve the incentive and restraint mechanism oriented by carbon emission reduction. Give full play to the decisive role of market allocation of resources, mobilize the initiative of enterprises, and stimulate the endogenous power of low-carbon transformation and development of market players.
(3) During
the "14th Five-Year Plan" period, the optimization of industrial structure and energy consumption structure in the whole province has achieved remarkable results, the scale of low-carbon industry has continued to grow, and the energy efficiency level of key industries such as chemical industry, non-ferrous metals, steel, cement and glass has all reached the industry benchmark level. Industrial "four places" construction has achieved phased results, a number of green factories and green industrial parks have been built, and new progress has been made in the research and development of green low-carbon technology and its popularization and application. By 2025, the energy consumption per unit of industrial added value above the provincial scale will be reduced by 12.5% compared with 2020, striving to reduce 14. The reduction of carbon dioxide emissions per unit of industrial added value is greater than that of the whole society, and the intensity of carbon dioxide emissions in key industries will be significantly reduced. During
the "15th Five-Year Plan" period, the industrial structure and energy consumption structure of the whole province were further optimized, the energy utilization efficiency of key energy-consuming industries reached the international advanced level, the construction of "four places" of the industry entered a new stage, and new breakthroughs were made in the innovation of major low-carbon technology and equipment. We will basically establish a green low-carbon cycle with the characteristics of the Qinghai-Xizang Plateau and develop a modern industrial system. Energy consumption and carbon dioxide emissions per unit of industrial added value above the scale will continue to decline, striving to peak carbon dioxide emissions in the industrial sector by 2030, and encouraging key industries with conditions to take the lead in peaking.
2. Key tasks
(4) Deep adjustment of industrial structure
1. We will vigorously promote the "six major actions" of attracting investment, such as improving the work system, promoting key projects, promoting platform carriers, innovating investment promotion methods, strengthening investment promotion capacity and optimizing business environment, so as to promote the comprehensive green transformation of economic and social development. We will accelerate the construction of a "3 + 3 + 4 + 10" modern industrial system oriented by green and low carbon, promote the greening of traditional industrial intelligence such as non-ferrous metals, energy and chemical industries, and light industries with special features, expand strategic emerging industries such as new energy, new materials and biomedicine, and foster the development of ecological economy and digital economy. Optimize the layout of regional industrial chains, guide the dislocation development of industries, give full play to the advantages of various regions, actively promote the construction of "four places" of industries, support the development of photovoltaic, lithium power, composite fiber materials and other industries in Xining, the development of comprehensive utilization of salt lake resources, non-ferrous metallurgy, new energy and other industries in Haixi Prefecture, and the development of big data and new energy industries in Hainan Prefecture.
2. Strictly control project access, strengthen energy-saving review and environmental impact assessment of fixed assets investment projects, and new high energy-consuming projects must conform to national industrial policies and reach the advanced level of energy efficiency in the industry. Strengthen the assessment of the impact of the "two high" projects on the completion of the target task of double control of energy consumption in the region and the review of the sources of energy consumption indicators.Comprehensively sort out and investigate the projects under construction, and if the energy efficiency level is lower than energy consumption quota access value of the industry, stop work and rectify in accordance with relevant regulations, promote the improvement of energy efficiency level, and strive to reach the benchmark level. Deeply tap the potential stock projects, guide enterprises to carry out energy-saving and carbon-reducing technological transformation in an orderly manner, and improve the energy efficiency of production and operation. Increase the proportion of green electricity used in high power consumption projects, and implement the energy efficiency identification of "two high and one low" projects according to the energy efficiency requirements of key areas of high energy consumption industries. We should strengthen the supervision of energy conservation and environmental protection and consolidate the normal working mechanism.
3. Strictly implement relevant standards and policies such as the Catalogue of Guidance for Industrial Structure Adjustment, resolutely eliminate backward production processes, technologies and equipment, and strictly prevent the resurgence of backward production capacity. We will carry out in-depth energy-saving diagnosis for key energy-using units, strengthen the analysis and early warning of energy-saving situation, and strengthen work guidance for high-warning areas. Projects that cannot be transformed on schedule shall be eliminated, and the time limit for elimination shall generally not exceed 3 years. For projects that are shut down, withdrawn or eliminated, corresponding work plans shall be formulated and implemented steadily. We will increase the disposal of idle production capacity and zombie production capacity.
4. Strengthen the coupling development of energy, steel, petrochemical, building materials, non-ferrous metals and other industries, promote industrial recycling links, and promote the recycling of resources and products and industrial integration. Focus on key industries such as comprehensive utilization of salt lake resources, new energy and new materials, cultivate and introduce a number of major projects to strengthen the chain, supplement the chain and extend the chain, encourage leading enterprises to carry out coordinated carbon reduction actions with upstream and downstream enterprises and inter-industry enterprises, and build an industrial chain with end-to-end, mutual supply and demand, and interconnection.
(5) Further promoting energy conservation and carbon
reduction in key industries 1. Encourage the ferrous metal industry to reduce the ratio of iron to steel, increase the proportion of fine processing products, and reduce the use of coal in blast furnaces and coking. We will give priority to the use of clean energy in all sectors and fields, support qualified enterprises and parks to carry out the construction of "photovoltaic + energy storage" in accordance with the law and regulations, encourage the construction of new electrochemical energy storage facilities on the load side, and provide energy storage facilities for new projects with a capacity of more than 50000 kilovolt-amperes according to 5% -10% of the electricity load. We will promote clean energy substitution projects in existing industries such as iron and steel, ferroalloy, aluminium smelting, chemical industry and cement. Accelerate the diversified utilization of hydrogen energy, actively lay out the demonstration of green hydrogen industrialization application, and promote the development of the whole chain of hydrogen energy production, storage, transportation and marketing.
2. Focus on the electrification transformation of medium and low temperature heat sources below 1000 ℃ in industrial production process. We will strengthen power demand side management, establish demonstration enterprises and parks for power demand side management in the industrial sector, optimize the allocation of power resources, and comprehensively improve energy efficiency and demand response capabilities in the industrial sector. By 2025, the proportion of electricity in final energy consumption will increase to 34%.
3. In accordance with the principle of "overall promotion, one enterprise, one policy", we will focus on promoting energy-saving technological transformation of the stock capacity of non-ferrous metals, chemical industry, ferrous metals, glass, cement, coal and electricity industries on the basis of meeting the requirements of industry development planning, industrial layout and industrial policies. We will improve the mechanism of differential electricity prices, peak-valley electricity prices, punitive electricity prices and tiered electricity prices, encourage enterprises in key industries to benchmark and benchmark levels, and accelerate the innovation and application of energy-saving technologies. We will comprehensively promote the improvement of energy efficiency of key energy-using equipment such as transformers, motors, pumps, compressors, fans and boilers, strengthen the utilization of residual heat and pressure, optimize energy systems, and carry out energy-saving renovation of public and auxiliary facilities, so as to systematically improve energy efficiency.
4. We will improve energy-saving supervision institutions at the provincial, municipal (prefectural) and county levels, carry out joint law enforcement by energy-saving, ecological environment, safety and other departments, and cross-check among regions, so as to achieve full coverage of energy-saving supervision of key energy-using industries, enterprises and key energy-using equipment. We will improve the regulation and control of total energy consumption and intensity, organize and carry out budgetary management of industrial energy consumption, and strengthen monitoring and early warning. We will comprehensively implement energy audits of key energy-using units, strengthen energy-saving diagnosis and application of results, and encourage enterprises to adopt contract energy management, energy trusteeship and other modes to implement transformation. Give full play to the leading role of provincial state-owned enterprises in key areas and take the lead in carrying out voluntary energy-saving commitments.
(6) Deeply implement green manufacturing projects
1. Cultivate green factories with the characteristics of intensive land use, clean production, waste recycling and low-carbon energy, encourage green factories to prepare green low-carbon development reports and share green development experience. Focusing on Ganhe Industrial Park and Golmud Industrial Park, we will build a green industrial park with the characteristics of intensive layout, green structure and ecological links. Highlighting the advantages of clean energy in the whole province, relying on big data, new energy and other projects to lay out zero-carbon industrial parks, Hehuang New Area took the lead in building a national zero-carbon technology agglomeration area and pilot demonstration area. Supporting leading enterprises in key industries to build a green supply chain that runs through the whole process of product design, raw material procurement, production, transportation, storage, use and recycling. Increase the development of green low-carbon products, strengthen the green management of the whole life cycle, and create green design demonstration enterprises for industrial products.
2. Explore the evaluation of green and low-carbon development, tap the potential of energy-saving and emission reduction of small and medium-sized enterprises, carry out energy-saving diagnostic services for small and medium-sized enterprises, encourage small and medium-sized enterprises to apply new energy-saving and water-saving technologies, new equipment and new products, increase the use of renewable energy, and promote the implementation of green transformation. We will implement the project to promote the green development of small and medium-sized enterprises, and cultivate new and specialized "little giants" in the fields of low-carbon product development and low-carbon technological innovation.
3. Guiding enterprises to adopt self-declaration or voluntary certification, implement green product design, material optimization management and production process control, and continuously promote systematic cleaner production transformation such as energy saving, water saving, material saving, pollution reduction and carbon reduction. We will implement the green technology transformation project in industrial parks and promote the upgrading and transformation of restricted capacity equipment in key industries. Promote new processes and technologies such as waste heat and pressure recovery, water recycling, heavy metal pollution reduction, waste residue recycling, desulfurization, denitrification and dust removal. Strengthen the training of cleaner production in enterprises and enhance their awareness of cleaner production.
1. Strengthen the guarantee of the sustainability of potassium resources, develop a series of products in a rational and orderly manner, improve the resource conversion rate and production recovery rate, and build a world-class potassium industry base. Develop the downstream industry of magnesium resources, broaden the application scope of magnesium materials, and build a world-class magnesium industry base. Improve the production technology level of lithium resources, release the production capacity of lithium resources, and build a world-class industrial base of lithium and electricity new energy and light metal materials. Develop light metal alloys and fine inorganic salt chemical products downstream of sodium metal, realize the deep development of sodium resources, and build a world-class sodium industry base. Develop boron recovery and utilization technology, moderately expand boric acid production capacity, expand downstream fine chemicals and new materials, and build boron industry base. We will carry out research on the extraction of rubidium from salt lake brine, develop the extraction and deep processing of rare and scattered elements, mainly bromine, rubidium and cesium, and constantly improve the level of comprehensive utilization of salt lake resources. Promote the integration of salt lake industry with coal chemical industry and oil and gas chemical industry, and solve the key problem of chlorine balance in the process of comprehensive utilization of salt lake resources.
2. Adhere to the overall development of regional resources and the coordinated development of industries, strive to build a recycling industrial chain of comprehensive development of resources, deep processing and recycling of by-products, promote the vertical extension and horizontal integration of Salt Lake chemical industry, oil and gas chemical industry, new materials, new energy and other industries, and promote the development of salt lakes. Resources and products are linked to develop a new pattern of circular industry. Salt lake resources development enterprises are encouraged to give priority to the use of clean energy such as photovoltaic and wind energy, so as to enhance the green development level of salt lake industry. Electrolytic aluminum, crystalline silicon, lithium, iron and steel, ferroalloy and other industries are encouraged to strengthen load regulation capacity, increase the proportion of clean energy, intensify the construction of energy storage facilities, actively apply and promote new technologies, new processes and new equipment, improve energy efficiency, and form a diversified circular economy system driven by new energy.
3. Actively promote the application of waste heat and pressure, cogeneration, distributed energy and photovoltaic energy storage integrated system to improve energy efficiency. Strengthen the efficient utilization and recycling of water resources, speed up the construction of wastewater recycling and treatment facilities in the park, promote the implementation of centralized sewage disposal system, and promote the reuse of reclaimed water. We will accelerate the implementation of recycling transformation in nine parks, namely, Biotechnology Industrial Park, Nanchuan Industrial Park, Datong Beichuan Industrial Park, Ledu Industrial Park, Haidong Hehuang New Area, Minhe Industrial Park, Huzhu Green Industrial Park, Haibei Biological Park and Hot Water Coal Industrial Park. By 2025, all key industrial parks at or above the provincial level that meet the requirements will implement recycling transformation.
4. Support the development of an integrated mode of recycling, transportation, dismantling and utilization of waste products and equipment, and reduce intermediate links. Public resources trading platforms at all levels are encouraged to set up columns and open up green channels to smooth the trading of waste products and equipment assets. Strengthen the popularization and application of advanced processing and utilization technology and equipment of renewable resources, support the upgrading and transformation of existing processing and utilization projects, and improve the level of mechanization, informatization and intellectualization. We will improve the recycling system of renewable resources and strengthen the construction of the "three-level network" system of recycling outlets, sorting and processing centers and distribution and trading markets. We will support the large-scale and clean utilization of waste materials such as scrap iron and steel, waste power batteries, waste electronics and electrical appliances, scrap automobiles, waste plastics, waste paper and waste tires. To study the technical route and implementation path of resource utilization of retired photovoltaic modules and waste wind power blades, and to promote the recycling of power batteries for new energy vehicles. We will further expand the channels for the comprehensive utilization of large quantities of solid wastes such as fly ash, coal gangue, metallurgical slag, industrial by-product gypsum and construction waste, and expand the scale of utilization in the fields of ecological restoration, metallurgy, building materials and infrastructure construction. By 2025, the comprehensive utilization rate of general industrial solid waste will reach 60%.
(8) Strengthen scientific and technological innovation
in the field of energy conservation and carbon reduction 1. Layout of basic components, basic processes, key basic materials and low-carbon subversive technologies for "carbon reduction and carbon reduction". Breakthroughs have been made in promoting a number of key core technologies such as efficient energy storage, energy electronics, hydrogen energy, carbon capture, utilization and storage, and resource utilization of carbon dioxide under mild conditions. 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.
2. Supporting enterprises to strengthen the research and development of advanced and applicable technology and equipment for energy conservation and carbon reduction, and to increase the integration of key technologies and demonstration of achievements transformation. We will actively follow up the research and development of key common technologies, leading technologies and subversive technologies for energy conservation and carbon reduction, and encourage enterprises to adopt hydrogen reduction, inert anodes, carbon capture and other technologies in a timely manner. We will encourage the establishment of third-party energy efficiency assessment institutions and study energy-saving technologies and product certification service mechanisms.
3. Promote the construction of four green hydrogen production demonstration zones in Xining, Haidong, Haixi and Hainan, and implement a number of demonstration projects of hydrogen production from renewable energy electrolysis water. Focus on promoting the application of hydrogen energy in the chemical industry and promoting the application of hydrogen energy in the industrial field in an orderly manner. Relying on the chemical industry foundation of our province, giving full play to the advantages of renewable energy, salt lakes and other resources, we will focus on promoting the project of Haidong Hydrogen Loading (Haidong) Carbon Neutralization Industrial Park, promoting the "photoelectric hydrogen storage", driving the hydrogen energy industry chain cluster with renewable energy green hydrogen power, implementing hydrogen energy technology and green logistics, and promoting the industry to be clean and non-carbonized. It will become a well-known hydrogen energy industry base at home and abroad, a demonstration and application characteristic area and a hydrogen energy export base, and promote the construction of the national clean energy industry highland. Promote the development of green hydrogen chemical industry in Delingha and Golmud Industrial Park of Haixi Prefecture, and promote the landing of a number of demonstration projects of synthetic ammonia, methanol glycol, dimethyl carbonate (DMC) and downstream terminal chemical products. Explore the application of hydrogen energy in metallurgy, building materials and crystalline silicon industries to reduce carbon emissions.
(9) Low-carbon transformation
of digital economy-enabled industries 1. Supporting large enterprises in key industries such as green and clean energy, non-ferrous metal intensive processing and high-end equipment manufacturing to carry out intelligent and green transformation of manufacturing production lines, promoting the deployment and application of low-cost, modular digital equipment and systems, and improving the quality of products. Promote the construction of digital workshop, intelligent production line and intelligent factory. Supporting industrial parks with good integration foundation and complete digital infrastructure to take the lead in carrying out pilot demonstration of smart park construction.
2. Give priority to encouraging leading green and clean energy enterprises to build industry Internet platforms, improve the level of enterprise data management, application and sharing, accelerate the popularization and application of industrial software, and promote the development and application of industrial applications (industrial APPs). Improve the on-site production process, improve the decision-making of low-carbon operation management, optimize the allocation and coordination of social resources, and manage the carbon footprint of the whole life cycle of products, so as to promote the traditional industry to realize intelligent production, network coordination, personalized customization and service extension.
3. Strengthen the supporting functions of enterprise energy consumption-carbon emission data monitoring, data quality management, "energy and carbon" dual-control ancillary services, carbon emission peak prediction and carbon neutralization path planning, build Qinghai carbon trading ancillary service system, support government carbon trading management, and enhance the ability of key energy-using units to participate in the carbon market. Enterprises are encouraged to build energy and carbon management centers, carry out carbon asset management for key enterprises, and build a "energy and carbon" digital support system covering the whole process of energy production, transmission, conversion and consumption in Qinghai Province, so as to realize the closed-loop management of the whole process, full coverage and budget.
3. Carbon peak action
in key industries (10) Petrochemical industry
optimizes the structure of petrochemical industry, encourages enterprises in petrochemical industry to upgrade and optimize existing technical equipment, and strengthens the efficient utilization of refining by-products. We will promote the technological transformation of high-efficiency catalysis, process intensification and high-efficiency rectification in the petrochemical industry, as well as the equipment transformation of waste salt incineration and refining, waste sulfuric acid pyrolysis, advanced oxidation, micro-reaction and coal gasification, so as to improve the utilization rate of raw materials and reduce carbon emissions. We will encourage the use of electricity and natural gas as alternative fuels for coal, enhance the supply capacity of natural gas, ethane, propane and other raw materials, and increase the proportion of low-carbon raw materials. Reasonably control the scale of coal-based oil and gas production capacity. By 2030, short-process synthesis technologies such as one-step synthesis of olefins and ethanol from syngas will be applied on a large scale, and the energy consumption per unit product will strive to reach the advanced level in China.
(11) The chemical industry
relies on the foundation of Qinghai Salt Lake chemical industry and abundant new energy resources. Focus on the development of high-end magnesium compound series of high-quality refractory materials, high-end halogen-free flame retardant materials, green and environmentally friendly magnesium building materials, molten salt phase change energy storage materials, polyphenylene sulfide fibers and chlorinated polyvinyl chloride chlorine-consuming engineering plastic materials and other new energy and salt lake chemical derivative industrial chains, and further enhance the proportion of new chemical materials and fine chemical products. Accelerate the project of carbon fiber composite materials, and focus on breaking through the key technologies of low-cost preparation of carbon fiber and preparation of carbon fiber composite materials. Enhance the deep processing capacity of mature products such as silicone rubber, silicone oil, silicone resin and silane coupling agent, continuously expand their applications in aerospace, electronics, chemical industry, medicine, consumer goods and other fields, and move towards special silicone products on the basis of traditional silicone products. Actively carry out energy-saving optimization of low-temperature heat recovery and distillation separation system in the field of acid production in chemical industry, and adopt process package with system energy coupling as the core, high-efficiency distillation column and heat exchanger system, high-efficiency molecular sieve removal and heating system, high-efficiency transmission equipment, etc., to realize low energy consumption and safety of air separation equipment. The invention relates to a high-efficiency energy-saving technology and a high-efficiency energy-saving device for recovering waste heat from calcining in a combined alkali industry and applying the waste heat to crystallization cooling. Focusing on soda ash, caustic soda enterprises and calcium carbide enterprises, through eliminating general equipment such as pumps with high energy consumption, promoting the recovery and utilization of waste heat and pressure resources on the premise of meeting the requirements of process equipment and not increasing additional energy consumption, realizing the fine management and control of energy in the whole process, and strengthening the operation and maintenance of existing processes and equipment. Optimize the structure of raw materials, increase the development and application of process system, control system and circulation system, and implement technical transformation. After upgrading, the energy efficiency of the above chemical industry enterprises has all reached the industry benchmark level, and 30% of the enterprises have reached the benchmark level.
(12) The non-ferrous industry
relies on the non-ferrous metal resource endowment of Qinghai Province, optimizes the industrial energy supply structure, and promotes the deep processing of non-ferrous metals and the deep development of new high-performance products. Improve the sulfur balance capacity in the processing process, promote the integrated development of non-ferrous metallurgical industry, salt lake chemical industry and fluorine chemical industry, and realize the high-value utilization of by-product sulfuric acid. Upgrading and transformation of electrolytic aluminium technology to enhance the clean production level of electrolytic aluminium, aluminium ingots, aluminium plates, strips and foils in Qinghai Province. Promote the deep processing of titanium, sodium and other metal resources, broaden the industrial chain and promote low-carbon development of the industry. We will accelerate the development of non-ferrous metal recycling industry and improve the recycling, sorting and processing network of waste non-ferrous metal resources. Focusing on lead-zinc-copper smelting and electrolytic aluminium enterprises, through eliminating general equipment such as pumps with high energy consumption, we have developed and applied new energy-saving technologies such as copper smelting polymetallic recovery and energy efficient utilization, lead smelting energy system optimization, zinc hydrometallurgy polymetallic recovery, smelting slag resource utilization, graphitized cathode and anode grooving technology. We will carry out technological transformation such as pure oxygen combustion of copper anode, direct reduction of liquid high-lead slag, high-efficiency hydrometallurgical zinc smelting, large-scale roasting of zinc concentrate, porous medium combustion, reduction smelting of fine coal immersion injection, high-quality anode, comprehensive energy optimization of electrolytic cell, and short process smelting, and establish an enterprise energy system optimization control center. After upgrading, the energy efficiency of all non-ferrous metal smelting enterprises in the province has reached the benchmark level, and 30% of electrolytic aluminium enterprises and 50% of copper, lead and zinc smelting enterprises have reached the benchmark level.
(13) The iron and steel industry
will deepen the structural reform of the supply side of the iron and steel industry, comprehensively promote the relocation and technological upgrading of Xining Special Steel, pay attention to clean energy substitution, strengthen ultra-low emission transformation and energy-saving technological transformation, and tap the potential of energy conservation and carbon reduction. Attention should be paid to the comprehensive utilization of by-product resources such as smelting tailings and blast furnace gas, the recovery and utilization level of scrap steel resources should be improved, and the whole scrap steel electric furnace process should be implemented. Encourage intelligent energy management and control based on industrial Internet, deep utilization of low-grade waste energy, development and application of complete technology of converter flue gas heat recovery, comprehensive utilization technology of low-temperature waste heat based on heat pump technology, combustion control model of blast furnace hot blast stove suitable for optimization of blast furnace hot blast stove combustion system, process intelligent manufacturing energy saving and emission reduction support platform technology, circulating ammonia waste heat recovery system. Popularization and application of energy-saving technologies and products such as spherical steam accumulators. We will carry out technological upgrading of automation systems in the ferroalloy industry, promote clean energy substitution in the iron and steel industry, carry out in-depth technological transformation of energy conservation and carbon reduction in the iron and steel industry, explore the technical path of replacing coke with hydrogen as a reducing agent, support key iron and steel enterprises to develop hydrogen steel industry, and build green high-quality steel production bases. Improve the overall energy efficiency level of steel and ferroalloy industries and reduce the intensity of carbon emissions. 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. We will support key iron and steel enterprises to develop hydrogen steel industry and build green and high-quality steel production bases. Focus on the development of aeroengine superalloy, high-quality special steel, high-performance marine engineering steel, high-end equipment special alloy steel, core basic parts steel and other "special, fine, high" steel. Strengthen industrial synergy, build a clean energy and steel industry community, and promote the digital and green transformation and upgrading of steel and downstream industries. Focusing on Xining Special Steel Group Co., Ltd. and ferroalloy enterprises, general equipment such as pumps with high energy consumption will be eliminated, and advanced and applicable technologies such as charge pretreatment, raw material concentrate feeding, reactive power compensation, voltage optimization, frequency conversion and speed regulation will be encouraged. We will continue to carry out technical transformation of waste heat and energy, promote energy-saving technologies such as oxygen-rich and low-nitrogen combustion in furnaces and kilns, and build high-temperature and high-pressure double-super boilers and supporting high-efficiency generator projects for comprehensive utilization of gas and steam. Supporting construction of waste heat and pressure utilization facilities. Establish enterprise energy system optimization control center and other measures to implement technological transformation, and gradually replace manual collection, statistics, analysis and management with network digitalization. After upgrading, the energy efficiency of all iron and steel enterprises in the province has reached the benchmark level, and 30% of them have reached the benchmark level.
(14) The building materials industry
should strengthen the research and development of green low-carbon building materials production technology, technology and application, and support enterprises to build green factories and green supply chains. Give full play to the leading role of special funds, support the construction of green building materials industry demonstration base and green building materials application pilot demonstration, improve the quality of green building materials products, expand the supply of green building materials products, and promote the green transformation and upgrading of building materials industry in our province. Promote the certification and application of green building materials products, and gradually increase the proportion of green building materials application. Strictly implement the capacity replacement requirements of new cement and glass projects, and guide the building materials industry to transform to lightweight, intensive and product-oriented. Focusing on the green high-end, high-quality and high-tech development of building materials industry, we will carry out green transformation and upgrading of the industry, research and development of new materials and recycling of waste resources, focusing on the development of new PVC environmental protection decorative materials, new wall materials, energy-saving insulation and decorative materials. Special glass focuses on photovoltaic rolled glass, automotive glass and other products. New chemical building materials focus on the development of polymer materials and composite pipes, pipe fittings, environmentally friendly coatings, waterproof and sealing materials, as well as standardized and green cement. We will accelerate the promotion of energy-saving, environmental protection and low-carbon technologies for high-temperature kilns, and promote energy-saving upgrading of existing kilns. We will encourage the application of energy-saving and consumption-reducing technologies in industrial kilns and furnaces, such as oxygen, oxygen enrichment and electric melting, and promote energy-saving and carbon-reducing equipment such as cement high-efficiency grate coolers, high-efficiency energy-saving grinding, low-resistance cyclone preheaters, float glass kilns with multiple lines, and ceramic dry milling. Promote the normalization of cement peak staggering production and reasonably shorten the operation time of cement clinker plant.
(15) Focusing on the green and low-carbon needs of electric power equipment, chemical general equipment, heavy machinery, automobiles, rail transit, agricultural machinery and equipment, the equipment manufacturing industry
focuses on key processes, strengthens the integration and development of basic manufacturing processes such as advanced casting, forging, welding and heat treatment with new technologies, and promotes the development of new technologies. Implement intelligent and green transformation. We will promote the integrated development of industrial Internet, big data, artificial intelligence and manufacturing, focus on rail transit equipment, high-end CNC machine tools and other industries, and upgrade the application level of key technical equipment. Focus on the development of high-end CNC machine tools and intelligent processing equipment, non-ferrous metal industry supporting equipment, special equipment, rail transit equipment, agricultural and animal husbandry machinery equipment, unmanned aerial vehicles and industrial robots and other intelligent equipment products, with Xining as the main body to build the Northwest Intelligent Manufacturing Innovation Center and Intelligent Manufacturing Base. We will tackle key common technologies, core technologies and system integration technologies, and accelerate the promotion of energy-saving and material-saving technologies such as anti-fatigue manufacturing and lightweight manufacturing. To study and formulate a green and low-carbon development roadmap for wind power, solar energy, energy storage, power distribution and other equipment and technologies. By 2025, integrated die casting, mouldless casting, ultra-high strength steel hot forming, precision cold forging and other technologies will be industrialized. By 2030, a number of advanced green manufacturing technologies will be innovated and developed to greatly reduce production energy consumption.
(16) The information technology industry
has accelerated the development of the new generation of information technology industry. Relying on the plateau big data center of Haidong Industrial Park and the provincial data center under construction, we will promote the construction of Qinghai Big Data Industrial Park, focusing on the six major areas of big data, industrial Internet, the fifth generation mobile communication (5G), intelligent terminals, information security and Xizangan software, to build a digital economy and industrial development agglomeration area. Taking the construction of Qinghai Big Data Industrial Park, Chaidamu Cloud Data Center and Qinghai-Xizang Plateau Data Disaster Recovery Center, and Sanjiangyuan National Big Data Base as an opportunity, the existing cloud computing big data centers are used as a whole to gradually form a new pattern of cloud computing big data centers with reasonable layout, moderate scale and green intensive. Focusing on the integration and development of the new generation of information technology and manufacturing industry, we will accelerate the construction of industrial cloud platforms. Develop industrial Internet and put forward industrial Internet platform solutions for key industries. Promote the construction and industrial application of secondary nodes of industrial Internet identification and analysis. We will accelerate the migration of enterprise equipment to the cloud and business systems to the cloud, promote the intensification and high density of data centers in the "5G + Smart (17) The electronics industry should strengthen industry agglomeration and low-carbon development, promote efficient and complementary utilization of multi-energy, and further reduce the proportion of non-electric energy applications. Focusing on electronic materials, components and typical electronic products, we will vigorously promote the improvement of production processes of monocrystalline silicon, electrode foils, magnetic materials, lithium-ion materials, electronic ceramics, electronic glass, optical fibers and optical fiber preforms. We will accelerate the promotion of R & D and industrial application of polysilicon closed-loop manufacturing technology, advanced crystal pulling technology, energy-saving optical fiber prefabrication and drawing technology, and clean production technology of printed circuit boards. 4. Safeguard measures (18) Strengthen overall coordination and implementation of the overall deployment of the work related to carbon peak in the industrial field by the Leading Group of Carbon Peak and Carbon Neutralization in Qinghai Province, and coordinate the overall work of green industrial development. Establish and improve the coordination and communication mechanism among departments and the promotion mechanism of major projects, and form a low-carbon development pattern with their respective duties, responsibilities, joint management and efficient operation. Strengthen the guidance to the cities and States, and timely dispatch the progress of carbon peak work in the industrial field. (19) Improve the policy system , fully implement the national green low-carbon development policy, and build a policy system to support the green low-carbon development of industry in the province. Strengthen the basic capacity building of energy-saving supervision team, and improve the "trinity" energy-saving management system of energy-saving management, supervision and service. We will improve the link between industrial energy conservation supervision and cleaner production, energy conservation review and other management systems, actively promote the trading of energy use rights and carbon emission rights, and focus on building a long-term mechanism to promote the green development of enterprises. (20) Strengthen fiscal, taxation and financial support to explore active and effective ways to support the carbon peak work of industrial enterprises. We will implement the preferential policies for enterprise income tax of industries encouraged by the state, and implement the tax policy for the import of major technical equipment in the light of the catalogue of our province's characteristic industries, traditional industries in urgent need of transformation and upgrading, and emerging industries with weak foundations. Enterprises that have completed low-carbon transformation should be given priority support in government green procurement. We will increase support for green finance and guide financial institutions to provide financial services for the green transformation and development of key industries such as iron and steel, petrochemical industry, non-ferrous metals and building materials. We will innovate financial products and services such as green bonds, green funds and green insurance, and guide financial institutions to provide effective support for the development of green manufacturing. (21) Deepening exchanges and cooperation , focusing on key areas such as industrial energy conservation, comprehensive utilization of resources, digital transformation and information development, regularly organizing green industry docking activities, promoting resource sharing among different regions, and building a green industrial development ecosphere in Qinghai Province. Grasp the opportunities of "the Belt and Road" construction, high-quality development of the Yellow River Basin, a new round of western development, and the construction of Lanxi urban agglomeration, promote the popularization and application of green low-carbon technology products at home and abroad, and promote the "going out" of green manufacturing and green low-carbon services. We will strengthen cooperation between our province and the eastern developed areas in low-carbon industrial development, strengthen research and development of industrial commonalities and key technologies, and adopt joint declaration and other policy guarantees in the declaration of key national projects and platform construction. (22) Strengthen publicity and guidance , strengthen public opinion publicity and guidance for green and low-carbon development of industry, and organize multi-level and diversified publicity and education activities to disseminate the concept of green and low-carbon development through World Earth Day, National Energy Conservation Publicity Week and National Low Carbon Day. Through multi-level and multi-form publicity such as thematic forums, technical exhibitions and exchanges, we will disseminate and popularize knowledge of green and low-carbon development, enhance the awareness of green and low-carbon consumption in the whole society, and create a good atmosphere of public opinion for the green development of industry. Summarize and promote the green development technology of advanced enterprises, organize the media to strengthen publicity and reporting through various channels and ways, and vigorously publicize the experience and practice of low-carbon transformation.
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