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【Chemical Machinery and Equipment Network Policies and Regulations】On August 18, 2022, in order to deeply implement the major strategic deployment of the Party Central Committee and the State Council on carbon peaking and carbon neutrality, and give full play to the key supporting role of scientific and technological innovation in achieving the goal of carbon peak and carbon neutrality, the Ministry of Science and Technology, the National Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Ecology and Environment, the Ministry of Housing and Urban-Rural Development, the Ministry of Transport, the Chinese Academy of Sciences, the Academy of Engineering and the National Energy Administration studied and formulated the Implementation Plan for Science and Technology to Support Carbon Peaking and Carbon Neutrality (2022-2030).
(hereinafter referred to as the "Implementation Plan"
).
(hereinafter referred to as the "Implementation Plan"
).
The relevant person in charge of the Ministry of Science and Technology made a policy interpretation
on the relevant situation of the Implementation Plan.
Among them, strengthening scientific and technological support for carbon peaking and carbon neutrality involves basic research, technology research and development, application demonstration, achievement promotion, talent training, international cooperation and other aspects, including 10 specific actions
.
on the relevant situation of the Implementation Plan.
Among them, strengthening scientific and technological support for carbon peaking and carbon neutrality involves basic research, technology research and development, application demonstration, achievement promotion, talent training, international cooperation and other aspects, including 10 specific actions
.
10 specific actions
1.
Technology support actions for green and low-carbon energy transformation
Technology support actions for green and low-carbon energy transformation
Based on the resource endowment based on coal, we should grasp the clean and efficient use of coal, increase the capacity of new energy consumption, promote the optimal combination of coal and new energy, ensure national energy security and reduce carbon emissions
.
.
2.
Low-carbon and zero-carbon industrial process reengineering technology breakthrough actions
Low-carbon and zero-carbon industrial process reengineering technology breakthrough actions
With raw material fuel substitution, short-process manufacturing and integrated coupling optimization of low-carbon technologies as the core, it leads the zero-carbon and low-carbon reengineering
of high-carbon industrial processes.
of high-carbon industrial processes.
"Low-carbon and zero-carbon industrial process reengineering technology" will focus on "low-carbon and zero-carbon chemical industry" and "resource recycling and remanufacturing"
.
.
3.
Low-carbon and zero-carbon technology research actions for construction transportation
Focusing on the green and low-carbon transformation goals of the transportation and construction industries, focusing on decarbonization, emission reduction and energy conservation and efficiency, vigorously promote the research and development, promotion and application
of low-carbon and zero-carbon technologies.
of low-carbon and zero-carbon technologies.
4.
Carbon negative and non-CO2 greenhouse gas emission reduction technology capacity improvement actions
Carbon negative and non-CO2 greenhouse gas emission reduction technology capacity improvement actions
Focus on improving the capabilities of carbon-negative technologies such as CCUS (carbon capture and storage), green carbon sink, and blue carbon sink, and deploy alternative technologies for monitoring and reducing non-CO2 greenhouse gases such as methane and nitrous oxide
.
.
5.
Cutting-edge disruptive low-carbon technology innovation actions
Cutting-edge disruptive low-carbon technology innovation actions
Focusing on the goal of driving industrial transformation, focus on the latest breakthroughs in basic research, accelerate the cultivation of disruptive technological innovation paths, and lead the iterative upgrading
of industrial and economic development methods.
of industrial and economic development methods.
6.
Low-carbon and zero-carbon technology demonstration actions
Low-carbon and zero-carbon technology demonstration actions
Form a number of comprehensive solutions for energy conservation and carbon reduction technologies led by advanced technologies that can be replicated and promoted, and carry out a number of typical low-carbon technology application demonstrations to promote the transfer and transformation
of low-carbon technology achievements.
of low-carbon technology achievements.
7.
Carbon peaking and carbon neutrality management decisions support actions
Carbon peaking and carbon neutrality management decisions support actions
Strengthen the research suggestions on the monitoring, verification, accounting and evaluation technology system of carbon emission reduction, and put forward the carbon peaking and carbon neutrality development paths and technical support systems
for different industrial categories and regions.
for different industrial categories and regions.
8.
Carbon peaking and carbon neutrality innovation projects, bases, and talent synergy actions
Carbon peaking and carbon neutrality innovation projects, bases, and talent synergy actions
Strive to strengthen the systematic deployment of low-carbon science and technology innovation in the national science and technology plan, promote the construction of national green and low-carbon innovation bases and talent training, strengthen the coordination of projects, bases and talents, and improve the innovation-driven synergy and the overall efficiency
of the national innovation system.
of the national innovation system.
9.
Green and low-carbon technology enterprise cultivation and service actions
Green and low-carbon technology enterprise cultivation and service actions
Accelerate the improvement of the green and low-carbon technology business incubation service system, cultivate a group of low-carbon technology leaders, and optimize the innovation and entrepreneurship ecology
in the green and low-carbon field.
in the green and low-carbon field.
10.
International cooperation on carbon peaking, carbon neutrality, science and technology innovation
International cooperation on carbon peaking, carbon neutrality, science and technology innovation
Continue to deepen international cooperation in low-carbon science and technology innovation, build an international cooperation network for green technology innovation, and support the construction of a community with a shared future
for mankind.
for mankind.
(Source: Ministry of Science and Technology)
