Recently, Hunan Province issued the "Hunan Building Materials Industry Carbon Peak Implementation Plan", which calls for energy saving and carbon reduction in cement, glass and other industries as the focus . The energy consumption per unit of industrial added value above the scale of the whole industry decreased by 14% compared with 2020 , the carbon dioxide emission reduction rate per unit of industrial added value above the scale reached the national target, and the proportion of production capacity above the energy efficiency benchmark level of the glass industry reached 20% . Cement " The following is the relevant original text:
Municipal and prefectural industry and information bureaus, development and reform bureaus, ecological environment bureaus, housing and construction bureaus, relevant industry associations and relevant enterprises:
In order to thoroughly implement the major strategic decisions and arrangements of the Party Central Committee and the State Council on carbon peak and carbon neutralization, and earnestly do a good job in the work of carbon peak in the building materials industry of our province, According to the relevant requirements of "Opinions on Implementing the New Development Concept Completely, Accurately and Comprehensively to Do a Good Job in Carbon Peak and Carbon Neutralization", "Action Plan for Carbon Peak before 2030", "Implementation Plan for Carbon Peak in Industrial Field", "Implementation Plan for Carbon Peak in Building Materials Industry", "Implementation Plan for Carbon Peak in Hunan Province", etc., and in combination with the actual situation in the field of building materials industry in our province. The Provincial Department of Industry and Information Technology, the Provincial Development and Reform Commission, the Provincial Department of Ecological Environment and the Provincial Department of Housing and Urban-Rural Construction jointly studied and formulated the Implementation Plan of Carbon Peak in Hunan Building Materials Industry. It is now printed and distributed to you for implementation.
Attachment: Hunan Building Materials Industry Carbon Peak Implementation Plan
Hunan Provincial Department of Industry and Information Technology Hunan Provincial Development and Reform Commission
Hunan Provincial Department of Ecological Environment Department
of Housing and Urban-Rural Development of Hunan Province December 30
, 2022 Hunan Building Materials Industry Carbon Peak Implementation Plan
Building Materials Industry is an important basic industry for national economic and social development, as well as a key industry for energy consumption and carbon emissions in the industrial field. In order to thoroughly implement the major strategic decision-making and deployment of the Party Central Committee and the State Council on carbon peak and carbon neutralization, we should do a good job in the work of carbon peak in the building materials industry of our province. This implementation plan is formulated in accordance with the relevant requirements of the Opinions on Implementing the New Development Concept Completely, Accurately and Comprehensively to Do a Good Job in Carbon Peak and Carbon Neutralization, the Action Plan for Carbon Peak before 2030, the Implementation Plan for Carbon Peak in the Industrial Field, the Implementation Plan for Carbon Peak in the Building Materials Industry and the Implementation Plan for Carbon Peak in Hunan Province.
1. General requirements
(1) Guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, the guiding ideology
comprehensively implements the spirit of the 20th National Congress of the Communist Party of China, adheres to the general tone of steady progress, bases itself on the new stage of development, completely, accurately and comprehensively implements the new development concept. Construct a new development pattern, adhere to the concept of system, and properly handle the relationship between development and emission reduction, overall and local, long-term and short-term goals, government and market. Fully implement the strategic orientation and mission of "three high and four new", take deepening the structural reform of supply side as the main line, take industrial restructuring, substitution of low-carbon raw materials, optimization of energy consumption structure, popularization and application of low-carbon technology, greening and intelligent transformation as the focus, comprehensively upgrade the green and low-carbon development level of building materials industry, and coordinate and orderly development. Ensure that the carbon peak is achieved on schedule.
(2) The basic principle
is to insist on overall planning and promotion. Strengthen top-level design, strengthen public services, strengthen the coordination of upstream and downstream industrial chains of building materials industry, ensure effective supply, and promote the synergy of pollution reduction and carbon reduction. We should coordinate development and security, correctly handle the relationship between energy conservation and carbon reduction, pollution reduction and carbon reduction, energy security, industrial chain and supply chain security, and steadily and orderly promote the work of carbon peak.
Stick to two-wheel drive. The government and the market should work together to implement the relevant policies of green and low-carbon development of the national building materials industry, improve the incentive and restraint mechanism, give full play to the decisive role of the market in the allocation of resources, strengthen the main responsibility of enterprises for carbon emission reduction, and fully mobilize the enthusiasm of market participants for energy conservation and carbon reduction.
Insist on innovation leading. Strengthen innovation capacity building, strengthen industry-university-research collaboration, promote the transformation of scientific and technological achievements, accelerate the R & D and industrialization of energy-saving and low-carbon technologies and equipment, consolidate the foundation of green and low-carbon transformation of the industry, and enhance the endogenous development momentum of the industry.
Insist on highlighting the key points. Focusing on energy conservation and carbon reduction in cement, glass and other industries, and focusing on controlling carbon emissions and fossil energy consumption in the production process, we will vigorously implement the substitution of raw materials and fuels, actively promote the recycling of resources, and achieve major breakthroughs in carbon emission reduction.
(3) Main objectives
During the "14th Five-Year Plan" period, significant progress has been made in the structural adjustment of the building materials industry, energy-saving and low-carbon technologies in the industry have been continuously promoted, and the unit energy consumption and carbon emission intensity of key products such as cement, glass and ceramics have been continuously reduced. By 2025, the energy consumption per unit of industrial added value above the scale of the whole industry will be reduced by 14% compared with 2020, the carbon dioxide emission reduction rate per unit of industrial added value above the scale will meet the national target, the comprehensive energy consumption per unit of cement clinker products will be reduced by more than 3%, and the proportion of clinker production capacity above the benchmark level of energy efficiency in the cement industry will reach 30%. The proportion of production capacity above the benchmark level of energy efficiency in building ceramics and sanitary ceramics industry reached 30%, the proportion of production capacity above the benchmark level of energy efficiency in glass industry reached 20% , and the production capacity below the benchmark level of energy efficiency in four industries was basically cleared. During
the "15th Five-Year Plan" period, the industrialization of green low-carbon key technologies in the building materials industry has achieved major breakthroughs, the level of raw material substitution has been greatly improved, the proportion of clean energy applications has been greatly increased, and the industrial system of green low-carbon cycle development has been basically established. Ensure that the building materials industry will reach its carbon peak by 2030.
2. Key tasks
(1) Promoting the upgrading
of industrial structure 1. Implementing the Catalogue of Guidance for Industrial Structure Adjustment and the management requirements of energy conservation, environmental protection and quality, and using comprehensive standards to promote the withdrawal of backward production capacity in accordance with the law and regulations. To guide the orderly withdrawal of inefficient production capacity with high energy consumption and large emissions. We will resolutely curb the blind development of high-level projects with high energy consumption and high emissions, strengthen the management of lime, building ceramics, sanitary ceramics, wall materials and other industries, and prevent the disorderly expansion of production capacity. Strictly implement the policy of capacity replacement in cement and flat glass industries, and the production lines used for capacity replacement must be shut down and dismantled before the construction projects are put into operation. Further optimize the regional layout of cement clinker production capacity, adhere to the principle that cement production should mainly meet the construction needs of our province, and scientifically lay out cement clinker production lines. Leading building materials enterprises are encouraged to carry out resource integration and merger and reorganization, and optimize the allocation of production resources and the spatial layout of the industry. (The Provincial Department of Industry and Information Technology, the Provincial Development and Reform Commission, the Provincial Department of Ecology and Environment and the Provincial Market Supervision Bureau are responsible for the division of responsibilities)
2. Implement the requirements of the Ministry of Industry and Information Technology and the Ministry of Ecology and Environment on the normalization of peak staggering production of cement, and take precise measures to do a good job of peak staggering production in the cement industry. According to the atmospheric environmental quality and the emission level of atmospheric pollutants of cement enterprises, taking into account the factors such as energy efficiency level, product variety and collaborative treatment, the implementation standard of differentiated peak-shifting production is formulated, the base number of peak-shifting production and the classification standard of atmospheric pollutant emission are defined, and through the implementation of differentiated peak-shifting production, enterprises are promoted to improve their technology and equipment level and reduce coal consumption and carbon emissions. Strengthen the implementation and inspection, improve the incentive and restraint mechanism, and fully mobilize the enthusiasm of enterprises to implement peak staggering production in accordance with the law and regulations.(The Provincial Department of Industry and Information Technology and the Provincial Department of Ecology and Environment are responsible for the division of responsibilities)
3. Promote cement enterprises to actively develop in the direction of high added value such as concrete building parts and municipal engineering components. Develop and expand new building materials industries such as advanced ceramic materials, graphite and carbon-based materials, special cement, special (technical) glass, chemical building materials and decoration materials, new wall materials and assembly building parts, so as to promote the green and low-carbon development of the whole industry. We will support a number of small and medium-sized enterprises to grow into leading enterprises, cultivate a number of specialized and new "Little Giant" enterprises and single champion enterprises (products) in manufacturing industry, and promote the development of building materials industry towards integration, clustering and ecology. (The Provincial Department of Industry and Information Technology and the Provincial Development and Reform Commission are responsible for the division of responsibilities)
Column 1 Key Development Direction of
New Building Materials Advanced Ceramic Materials: Focus on the development of electric ceramics and electrical products for UHV power transmission and transformation, electronic ceramics and components for 5G, ceramic products for new energy vehicles, Third-generation semiconductor ceramics and components; encourage the development of sensitive functional ceramics and ceramic sensors, environmental protection equipment based on high-performance ceramic membrane materials, and ceramic products for aerospace and military industry.
Graphite and carbon-based materials: focus on the development of carbon-based brake materials, high-performance heat-resistant composite materials, graphite and graphene materials, and silicon carbide single crystal materials, and encourage the development and application of lightweight components of fiber/resin-based composite materials.
Special cement: encourage the development of special cement products such as rapid hardening and high strength cement, low-heat and medium-heat cement, sulfate-resistant cement, oil well cement, expansive cement, refractory cement, white cement and color cement.
Special (technical) glass: focus on the development of electronic substrate glass and other high-end special glass for automobiles and mobile phones, and actively promote the industrial development of medical glass and ceramic glass.
Chemical building materials and decoration materials: focus on the development of waterproof materials, high-performance pipes, functional coatings and other materials, and encourage the development of eco-friendly reinforced composite flooring and other decoration materials.
New wall materials: actively develop high-quality new wall materials that meet the functional requirements of intrinsic safety, energy saving, environmental protection, light weight and high strength to meet the needs of green building development, and encourage the development of energy-saving and environment-friendly brick products such as self-insulation bricks. We will vigorously develop prefabricated composite wallboards, pipeline integration and assembly decoration components adapted to the development of prefabricated buildings, and promote the integration and development of high-quality new wall materials and prefabricated buildings.
4. Increase the popularization and application of bulk cement, steadily improve the utilization rate of bulk cement, by 2025, the bulk rate of cement in the province will reach 73%. We will strengthen the construction of green building materials production bases and encourage the construction of green building materials recycling industrial parks. Construct the product system of green building materials, and incorporate the carbon emission indicators of cement, glass, ceramics, lime, wall materials, wood and bamboo into the standard system of green building materials. We will accelerate the certification and application of green building materials, actively carry out activities of green building materials going to the countryside, and further expand the scope of supply of green building materials. Promote the coordinated development of green building materials and green buildings, increase the proportion of green building materials such as energy-saving glass, new thermal insulation materials and new wall materials in the renovation of new buildings and existing buildings, and promote green building materials in star green buildings by 2030. (Provincial Department of Industry and Information Technology, Provincial Department of Ecological Environment, Provincial Department of Housing and Urban-Rural Construction, Provincial Development and Reform Commission and Provincial Market Supervision Bureau are responsible for the division of responsibilities)
(2) Promoting the substitution of
low-carbon raw materials 5. It is encouraged to increase the proportion of calcium-containing solid waste resources such as carbide slag, desulfurized gypsum, manganese slag, metallurgical slag and tailings in cement raw materials instead of limestone on the premise of ensuring the quality of cement products and the discharge of pollutants up to the standard. We will actively research and develop materials such as sulfur-containing calcium silicate minerals and clay calcined cement, accelerate the popularization and application of new varieties such as high belite cement, sulfur (iron) aluminate cement and limestone calcined clay low-carbon cement, gradually reduce the consumption of carbonate raw materials, promote the development of cement production towards low-carbon direction, and comprehensively reduce carbon dioxide emissions in the production process. (Provincial Department of Industry and Information Technology, Provincial Department of Ecological Environment and Provincial Department of Science and Technology are responsible for the division of responsibilities)
6. Encourage the production and utilization of ultra-fine powder with blast furnace slag, fly ash and other industrial solid wastes as the main raw materials to improve the quality of admixture products. We will support the use of cement kilns for the harmless co-disposal of wastes, and encourage cement production enterprises Improve the utilization level of solid waste resources in the production process of glass, glass fiber, concrete, cement products and new wall materials. Supporting the construction of solid waste disposal projects in tunnel kilns for wall materials in areas where conditions permit, which have reached the level of B or above in the performance classification of heavily polluted weather. Construction waste resource utilization projects should be rationally distributed to improve the level of harmless treatment, recycling and resource utilization of waste in the building materials industry. Supporting the coupling development of building materials industry with iron and steel, petrochemical industry, non-ferrous metals and other industries, improving the level of coordinated utilization of solid waste among industries, and promoting industrial recycling links. (The Provincial Department of Industry and Information Technology, the Provincial Development and Reform Commission and the Provincial Department of Ecology and Environment are responsible for the division of responsibilities)
7. Accurately use building materials and reduce the use of high-carbon building materials. Improve the quality and application level of cement products, and promote the reduction of cement use. Develop low energy consumption preparation and construction technology, and increase the popularization and application of high performance concrete. We will accelerate the development of new low-carbon cementitious materials and encourage the research and development of carbon-fixing mineral materials and all-solid waste-free new cementitious materials. Speed up the development and promotion of assembly and customized building materials. (Provincial Department of Industry and Information Technology, Provincial Department of Housing and Urban-Rural Development and Provincial Department of Science and Technology are responsible for the division of responsibilities)
Column 2 Low-carbon Raw Material Substitution Project
Carbonate Raw Material Reduction Project: Low-carbon raw materials are encouraged to replace limestone as raw materials for cement production. And that consumption of limestone in cement production is reduce. Deep processing of slag, fly ash, limestone and other mixed materials is encouraged to improve the cementitious activity of mixed materials and achieve partial substitution of clinker. The invention breaks through the existing general silicate cement clinker mineral system and constructs a novel silicate clinker system with low carbon content by reducing the content of high-calcium minerals, increasing the content of low-calcium minerals or introducing other low-calcium mineral components.
Resource comprehensive recycling project: encourage building materials production enterprises to actively implement harmless and resourceful comprehensive utilization of solid wastes, co-disposal of municipal sludge, comprehensive utilization of hazardous wastes and solid wastes in cement kilns, disposal of solid wastes in wall material tunnel kilns, comprehensive utilization of industrial waste resources, Large-scale and efficient utilization projects of solid waste resources such as construction waste and domestic waste production building materials. Supporting qualified cities, prefectures, parks or enterprises to actively establish national demonstration bases for comprehensive recycling of industrial solid waste resources, provincial demonstration bases (parks) for comprehensive recycling of industrial solid waste resources, demonstration enterprises and demonstration projects.
(3) Optimizing the energy consumption structure
8. Encourage the use of combustible waste as an alternative fuel for cement production, support the use of combustible waste such as refuse derived fuel, plastics, rubber and biomass fuel instead of coal, and promote the high calorific value, low cost and standardized pretreatment of alternative fuels. We will improve the supporting upstream industrial chains such as large-scale recycling of agricultural and forestry wastes, form a new form of derivative fuel manufacturing with sufficient and stable supply, and increase the coal substitution rate in cement and other industries. (Provincial Department of Industry and Information Technology, Provincial Department of Agriculture and Rural Areas and Provincial Energy Bureau are responsible for the division of responsibilities)
9. Optimize the energy consumption structure of the building materials industry, promote clean and low-carbon energy consumption, and ensure that the gas source and power supply are guaranteed and the price is affordable. Increase the proportion of natural gas and electricity used in flat glass, glass fiber, ceramics, gypsum board, concrete products, wood-based panels and other industries in an orderly manner. Encourage qualified areas to develop building materials industry by using clean and green energy such as waste incineration power generation, biomass power generation, ground (water, air) source heat pump, and guide building materials enterprises to actively absorb renewable energy such as solar energy and wind energy, so as to gradually reduce fossil energy consumption. (The Provincial Department of Industry and Information Technology, the Provincial Department of Ecology and Environment, the Provincial Development and Reform Commission and the Provincial Energy Bureau are responsible for the division of responsibilities)
10. Strictly implement the mandatory energy consumption quota standards, continue to carry out special supervision of industrial energy conservation, and strengthen the energy conservation review of new projects. We will carry out energy-saving diagnostic actions for enterprises, focus on key industries such as cement, flat glass and ceramics, increase special energy-saving diagnosis for key parks, key energy-consuming enterprises and key energy-consuming equipment, and tap the potential of energy saving and carbon reduction. Strengthen energy-saving management of key energy-using units, guide enterprises to establish and improve energy management system, encourage enterprises to build energy management and control centers, carry out energy measurement review, and improve the level of fine energy management. Enterprises are encouraged to formulate "one enterprise, one policy" energy-saving and carbon reduction upgrading plans to create a number of energy efficiency "leaders". (The Provincial Development and Reform Commission, the Provincial Department of Industry and Information Technology and the Provincial Market Supervision Bureau are responsible for the division of responsibilities)
Column 3 Energy Consumption and Utilization Optimization Project
Clean Energy Substitution Project: Encourage parks or enterprises to implement distributed roof photovoltaic power generation projects, industrial waste heat and pressure utilization projects, Clean energy utilization projects such as natural gas pipeline transmission facilities construction projects, oil to gas or electricity to gas projects, and a number of demonstration projects for biomass fuel, hydrogen and renewable energy substitution will be built to gradually reduce the use of coal fuel in the building materials industry.
Alternative fuel utilization project: Enterprises are encouraged to implement general solid waste alternative fuel projects, biomass alternative fuel projects and other projects, and actively use combustible wastes such as garbage, plastics, waste tires, waste rubber, biomass fuel, carbon black, coal gangue, agricultural and forestry wastes to replace coal.
Energy efficiency improvement project: strengthen the technical transformation of energy conservation and carbon reduction in cement, flat glass, ceramics and other industries with high energy consumption, and timely eliminate energy-consuming equipment such as transformers, fans, pumps and motors with high energy consumption. We will strengthen the energy-saving upgrading of key energy-using equipment in cement production, such as mills, raw material roller presses, grate coolers, boiler evaporators and circulating water pumps, and strengthen the upgrading of raw material systems and kiln systems.
(4) Strengthen technological innovation support
11. Give full play to the role of innovative resources such as scientific research institutes, industry associations and key enterprises, and promote green common key technologies and leading technologies for energy conservation, pollution reduction and carbon reduction. We will focus on strengthening the research and development of key low-carbon technologies in cement, glass, ceramics and other industries, and break through a number of key low-carbon technologies, such as process reengineering technology, fuel substitution technology, resource recycling and remanufacturing technology, and common technology of low-temperature waste heat power generation. Actively participate in the research and development of carbon capture, utilization and storage technology for building materials kilns, and explore the feasibility study of negative emission application. Implement low-carbon technology innovation projects in building materials industry, and promote the application of a number of low-carbon technologies in building materials industry with better emission reduction effect. (Provincial Department of Industry and Information Technology, Provincial Development and Reform Commission, Provincial Science and Technology Department and Provincial Department of Ecology and Environment are responsible for the division of responsibilities)
12. Strengthen the popularization and application of common key technologies and complete sets of equipment for energy conservation and carbon reduction. The cement industry focuses on the promotion of energy-saving technologies and equipment such as low-resistance and high-efficiency preheaters, high-efficiency grate coolers, high-efficiency firing and high-efficiency energy-saving grinding, while the glass industry focuses on the promotion of multi-line float glass kilns, oxy-fuel combustion or pure oxygen combustion-supporting technologies and equipment for glass furnaces. The ceramic industry has accelerated the promotion of technologies and equipment such as dry milling and pressure grouting, the lime industry has accelerated the promotion of energy-saving technologies and equipment such as double-chamber shaft kilns and preheaters, and the wall material industry has accelerated the promotion of energy-saving technologies and equipment for kiln sealing and thermal insulation. We will improve the mechanism for the selection, evaluation and promotion of low-carbon technologies, and promote a number of key low-carbon technologies and equipment to the community by publishing catalogues and holding promotion meetings. (The Provincial Department of Industry and Information Technology and the Provincial Development and Reform Commission are responsible for the division of responsibilities)
Column 4 R & D and Promotion Direction of
Low Carbon Technology and Equipment R & D and Promotion Technology of Cement Industry: Focus on R & D of Cement Suspension Boiling Calcination, Preheating Outside Glass Furnace, Major low-carbon technologies such as hydrogen calcination in kilns and furnaces encourage enterprises to develop key energy-saving and low-carbon technologies such as large-scale raw material substitution, low-carbon cement with high solid waste content, preparation of new carbon-fixing cementitious materials, green hydrogen calcination of cement clinker, and disposal of municipal sludge as building materials. We will accelerate the promotion of oxygen-enriched combustion in cement kilns, high-efficiency grate coolers, new low-carbon cementitious materials, cement electric kilns and other technologies and equipment. R & D and promotion of technologies in
the ceramic industry: focus on the R & D of new firing technologies and equipment for building ceramics and sanitary ceramics using electric energy, hydrogen energy and oxygen-enriched combustion, firing technologies and equipment for electric roller kilns and hydrogen fuel roller kilns, microwave drying technologies and equipment, etc. Focus on the promotion of ceramic dry milling, continuous ball milling process, efficient utilization of low energy and waste heat, pressure slip casting and other technologies and equipment.
Lime industry R & D and promotion technology: focus on the promotion of low-temperature steam conversion hot water, lime cooling, new thermal insulation, decomposition outside the kiln, double-chamber shaft kiln, preheater and other energy-saving and carbon-reducing technologies and equipment. R & D and promotion of technologies in
the glass industry: focus on R & D of technologies such as reengineering of float glass process, low-temperature melting of float glass, preheating outside glass furnaces, and high-power "fire-electricity" composite melting of large glass furnaces. We will actively promote technologies and equipment such as multi-line float glass kiln, full thermal insulation of glass melting furnace, pure oxygen combustion or pure oxygen combustion-supporting of glass melting furnace.
Carbon capture and utilization technology: actively participate in cement kiln flue gas carbon dioxide capture and conversion and utilization technology, glass kiln flue gas carbon dioxide capture and purification technology , carbon dioxide flue gas microalgae emission reduction technology, Research and development of carbon capture and utilization technologies such as carbon dioxide resource utilization and storage technology.
Accelerating green and intelligent transformation
13. Strengthen the green management of the whole life cycle of building materials enterprises, vigorously promote green design, coordinate the control of pollutant emissions and carbon dioxide emissions, and build a green manufacturing system. Improve the life cycle carbon footprint evaluation of building materials products, and establish the life cycle database of building materials products. Building materials enterprises are encouraged to develop green design products and actively participate in the formulation of technical specifications for the evaluation of green design products such as cement, glass, ceramics, lime and wall materials. Municipalities and States are encouraged to select enterprises with good foundation and strong representativeness to create a number of green factories. The park is encouraged to formulate the implementation plan of recycling transformation to promote the development of green low-carbon cycle in the park. Implementing coordinated control of pollution reduction and carbon reduction in building materials industry, carrying out application demonstration of multi-pollutant coordinated treatment, accelerating the implementation of in-depth treatment of pollutants and ultra-low carbon dioxide emission transformation in key industries such as cement, lime, glass and ceramics, transforming and building a number of green low-carbon production lines, and promoting the synergy of pollution reduction and carbon reduction. (Provincial Department of Industry and Information Technology, Provincial Development and Reform Commission, Provincial Department of Ecological Environment and Provincial Market Supervision Bureau are responsible for the division of responsibilities)
14. Actively participate in the "one line, one policy" cleaner production transformation and upgrading plan, comprehensively carry out cleaner production audit, evaluation and certification, and promote a number of key enterprises to reach the international leading level of cleaner production. Enterprises should be guided to formulate cleaner production transformation and upgrading plans and organize the implementation of cleaner production technology transformation according to the cleaner production evaluation index system of various subdivisions. Building materials enterprises that do not fall within the scope of mandatory cleaner production audits are encouraged to actively carry out voluntary cleaner production audits. Strengthen the application of cleaner production audit and evaluation certification results, and promote the application of a number of advanced cleaner production technologies. We will actively promote green transportation and storage, encourage areas where conditions permit to give priority to railway or waterway transportation, and give priority to new energy vehicles in highway transportation, so as to reduce carbon dioxide emissions in transportation and storage. (Provincial Department of Ecology and Environment, Provincial Development and Reform Commission, Provincial Department of Industry and Information Technology and Provincial Department of Transportation are responsible for the division of responsibilities)
15. Accelerate the deep integration of building materials industry with the new generation of information technology, and improve the comprehensive utilization efficiency of energy resources through data collection and analysis, kiln optimization and control. We will promote the upgrading of the building materials industry from traditional manufacturing mode to digitalization, strengthen the application of new technologies such as industrial Internet, cloud computing, the fifth generation mobile communication (5G) and big data in the building materials industry, and cultivate and create a number of "5G + industrial Internet" demonstration factories and typical scenarios of digital transformation applications. Enterprises are encouraged to actively create benchmarking enterprises and workshops for intelligent manufacturing. Focusing on key links such as raw material preparation, crushing and grinding, kiln control, logistics warehousing and on-line detection, a number of intelligent, digital and integrated system solutions have been refined and formed. We will actively cultivate a number of solution suppliers in the field of digitalization and intellectualization, encourage suppliers to provide excellent solutions for enterprises, and promote the popularization of advanced production methods. (The Provincial Department of Industry and Information Technology, the Provincial Development and Reform Commission and the Provincial Department of Ecology and Environment are responsible for the division of responsibilities)
Column 5 Digital and Intelligent Transformation and Innovation Action
breaks through a number of key core technologies: guide key enterprises to develop intelligent sensors suitable for building materials industry, The R & D, manufacturing and application of basic components such as neural network chips and intelligent products such as industrial robots and intelligent interactive systems will break through a number of core technologies such as intelligent control and optimization, data acquisition and analysis, fault diagnosis and maintenance, password protection, and consolidate the hardware and software foundation of intelligent manufacturing in building materials industry.
Innovate a number of industrial Internet scenarios: encourage the use of big data collection, analysis, mining and other technologies, improve monitoring, traceability, energy management and other intelligent operation capabilities, strengthen the analysis and utilization of industry public data, and promote data integration among enterprises and platforms in the building materials industry; Encourage the application of Internet of Things technology to realize intelligent perception, identification, positioning, tracking and management; encourage enterprises to cultivate building materials industry APP, and actively participate in the construction of building materials industry industrial Internet platform.
Form a batch of system solutions: the cement industry focuses on the formation of integrated system solutions such as digital planning and design, intelligent factory construction, kiln optimization control, one-key start and stop of mill, remote production monitoring, intelligent quality control, energy and water consumption management, clean packaging and transportation, solid waste co-disposal, etc; The glass industry focuses on the formation of integrated system solutions such as raw material beneficiation and batching, furnace/tin bath/annealing furnace three thermal intelligent control, digital simulation of melting and forming, cold end optimization control, on-line defect detection, automatic stacking and paper laying, automatic cutting and slicing, etc; Ceramic industry focuses on the formation of integrated system solutions such as raw material standard data, press control management, intelligent high-pressure grouting, embryo drying control, material unmanned loading and unloading, kiln optimization control, product glazing and polishing; The wall material industry focuses on the formation of integrated system solutions such as precise preparation of raw materials, green body forming and cutting, drying (autoclaving) maintenance, kiln optimization control, pollution emission control, etc.
3. Safeguard measures
(1) Strengthen overall coordination
of relevant departments to effectively perform their duties, strengthen coordination, refine work measures, focus on the implementation of various tasks, and comprehensively promote the work of carbon peak in building materials industry. Strengthen supervision and assessment, and incorporate the work of carbon peak in building materials industry into the comprehensive evaluation and assessment system of carbon peak and carbon neutralization in the province. Give full play to the role of trade associations and do a good job in supporting all kinds of work. Relevant building materials enterprises should strengthen the awareness of low-carbon development, and leading enterprises in the industry should take responsibility and set a good example in the work of carbon peak. (The Provincial Department of Industry and Information Technology and the Provincial Development and Reform Commission shall take the lead, with the participation of all relevant departments)
(2) Strengthen policy guidance
, strictly implement the relevant policy requirements for the development of the building materials industry, and strengthen the connection between industrial policies and relevant policies such as finance, taxation, energy and environmental protection. We will increase support for low-carbon technology research and development and industrialization in the building materials industry. We will improve the government's green procurement standards and increase the procurement of green building materials and green design products. We will implement supporting policies for the first batch of applications of the first set of major technical equipment and key new materials, and support the application of qualified green low-carbon technical equipment and materials. We will strengthen the role of financial support and guidance, implement relevant preferential tax and fee policies such as the Guidelines for Preferential Tax and Fee Policies to Support Green Development and the Opinions on Financial Support for Carbon Peak and Carbon Neutralization, strengthen incentives for benchmarking enterprises with outstanding carbon emission reduction results, and increase support for energy conservation and carbon reduction, comprehensive utilization of resources and green manufacturing in the building materials industry. On the premise of legal compliance, risk control and business sustainability, financial institutions should be supported to provide financing support for qualified building materials enterprises'carbon emission reduction projects and technologies, green building materials consumption, and social capital should be supported to set up green low-carbon transformation funds for building materials industry in a market-oriented way. We will strengthen the control of total carbon dioxide emissions in the building materials industry and guide cement enterprises to actively participate in the national carbon emissions trading. Strengthen corporate social responsibility awareness, improve corporate carbon emission reporting and information disclosure system, encourage key enterprises to prepare low-carbon development reports, and improve carbon emission credit supervision mechanism. (Provincial Industry and Information Technology Department, Provincial Development and Reform Commission, Provincial Science and Technology Department, Provincial Finance Department, Provincial Ecological Environment Department, Provincial Housing and Urban-Rural Construction Department, Changsha Central Branch of the People's Bank of China, Provincial Local Financial Supervision Bureau,
(3) Improve the standard measurement system
and improve the carbon emission accounting system of building materials industry in accordance with the unified accounting boundary between the state and the province. We should strengthen the research and application of carbon measurement technology and establish and improve the carbon emission measurement system. Enterprises are encouraged to install carbon emission measurement and monitoring devices in key carbon emission processes to enhance the ability of real-time monitoring and measurement of carbon emissions. Promote the building materials industry to establish a green energy monitoring and evaluation system, and establish and improve the green energy consumption certification, standards, systems and identification system based on green certificates. Enterprises are encouraged to actively participate in the research and formulation of carbon emission quota standards for key industries and products, energy consumption quota standards for unit products in key areas, and actively participate in the formulation of standards for new energy-saving and carbon-reducing technologies, new processes and new equipment in the building materials industry. According to the technical guidelines for carbon emission reduction in cement, lime, ceramics, glass, wall materials and other industries formulated and issued by the state, enterprises are effectively guided to implement energy-saving and carbon-reducing transformation and upgrading. Promote the building materials industry to incorporate greenhouse gas control into EIA management. (Provincial Development and Reform Commission, Provincial Statistical Bureau, Provincial Department of Industry and Information Technology, Provincial Department of Ecological Environment, Provincial Market Supervision Bureau and Provincial Energy Bureau are responsible for the division of responsibilities)
(4) Create a good environment
and give full play to the overall coordination role of the Provincial Leading Group on Carbon Peak and Carbon Neutralization. Strengthen the supporting role of the professional advisory committee on carbon peak and carbon neutralization in the industrial field in strategic consultation, technical support, policy recommendations and other aspects of the think tank. Enterprises are encouraged to participate in the construction of a public service platform for green and low-carbon industrial development, providing professional services in emission accounting, technical verification, analysis and testing, green evaluation, personnel training and financial investment in key areas. Strengthen the training of talents in the field of "double carbon" in the building materials industry, and train and strengthen the team of compound talents such as carbon emission reduction and carbon management. Building materials enterprises are encouraged to actively participate in the Carbon Peak and Carbon Neutralization Summit Forum, hold regular industry conferences and exchange experiences extensively. Strengthen the publicity and guidance of green low-carbon development in building materials industry, actively carry out multi-level and multi-form publicity and education, and raise the awareness of energy-saving and low-carbon of enterprises and the public. Give full play to the role of various media and industry associations, actively publicize typical cases of energy saving and carbon reduction in building materials industry, promote advanced experience and practices, and create a good social atmosphere.
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