Background of the meeting
In order to ensure the sustainable and stable development of the hydrocarbon processing industry (refining, petrochemical, coal chemical industry, etc.), it is necessary to strengthen the top-level design research of industrial policies and safeguard measures, and the research on the energy demand and multiple energy supply characteristics of hydrocarbon processing on the source side to ensure the stability and controllability of production energy; it is necessary to strengthen the research on new energy supply technologies and key equipment and energy-saving and efficiency technologies on the process side to improve the process energy efficiency and energy resource utilization; it is necessary to strengthen the research on the development path of CCUS technology coupling energy and chemical industry to achieve synergy in pollution reduction and carbon reduction. In view of this, the Hydrocarbon Processing Collaboration Group and its member units (production, learning, research and use enterprises) jointly organized this meeting, which is scheduled to be held in Ordos, Inner Mongolia from June 26 to 28 to hold the "Second New Energy and Carbon Reduction Synergy Path Research and Green Electricity/Green Hydrogen and Oil Refining, Petrochemical, Coal Chemical Technology Coupling Development Exchange Meeting".
The conference will take "the direction and frontier technology of low-carbon economic development, carbon reduction and efficiency improvement technology in the fields of petroleum refining, petrochemical industry, coal-to-liquid and coal chemical industry, coupling technology of green electricity/green hydrogen in the fields of petrochemical, coal chemical industry and petroleum refining, equipment and technology to promote green, safe, low-carbon and high-quality development" as the exchange theme, and discuss the crude oil processing process, coal-to-liquid production process, refining and chemical structure adjustment, energy saving and consumption reduction, carbon emission reduction, establishment and development of new energy carbon emission reduction methodology system, green hydrogen, New ideas, new directions, and new technologies in the coupling of green power and traditional refining and chemical processes, conduct all-round and in-depth analysis of industry technology development from multiple dimensions, promote technological exchanges, cooperation and innovation, and realize "one enterprise with one chain, one chain into one", and promote industrial prosperity and development.
1. Confirmed speakers (in order):
Wu Hao, Senior Engineer, Director of the Technical Service Center (Low Carbon Center) of Sinopec Research Institute of Petrochemical Sciences, Secretary General of the Carbon Neutrality Professional Committee of the China Petroleum Society, and member of the CSTM Carbon Emission Standardization Committee.
It is mainly engaged in the development and management of low-carbon economy of petrochemical industry, the general process of oil refining, and intelligent refinery technology.
Topic: Promoting the low-carbon transformation of the petrochemical industry with a systematic and low-carbon system
Wang Zhi is the chief expert and senior engineer of Sinopec Petroleum Engineering Construction Co., Ltd. He has long been engaged in the research and development of technologies such as oil and gas, CCUS, new energy, the whole process of hydrogen energy production, storage and transportation, and the localization of 3D design software, and has undertaken and completed a number of major projects and scientific research projects at the national, provincial and ministerial levels.
Topic: Research on Hydrogen Energy Pipeline Network Planning Based on Source-Grid-Load-Storage
Ma Mingyan, senior engineer, director of the science and technology information department of China Saiqiu Engineering Co., Ltd., has been engaged in process design, scientific and technological development and technical management for 27 years, presided over and participated in the program formulation and process design of many sets of large-scale fertilizer plants and engineering consulting projects at home and abroad, participated in the development of hydrogen energy industry and its technical equipment innovation support research of the National Energy Administration, participated in the research and development of major scientific and technological projects of PetroChina, and participated in the preparation of standards and specifications, published papers and published more than 20 works.
Topic: Discussion and practice of green and low-carbon technologies in petrochemical industry
Zhang Tianpu, Director of the Carbon Neutrality Research Center of the State Power Investment Group Academy of Science and Technology, Ph.D./Senior Engineer, graduated from the University of Science and Technology of China (B.S.) and the University of Cambridge (Ph.D.), and has worked at the University of California, Berkeley (postdoctoral fellow), PetroChina Petrochemical Research Institute, and Zhongke Synthetic Oil Technology Co., Ltd. As the project leader, he has undertaken a number of national, provincial and ministerial scientific research projects, involving chemical industry and oil refining, and has published more than 30 SCl papers and obtained more than 10 national invention patents.
Topic: Carbon dioxide capture coupled with electrolysis for hydrogen production
Zhang Ying, senior engineer of Sinopec (Dalian) Petrochemical Research Institute Co., Ltd., chief expert in the field of new energy. At present, he is mainly engaged in the research and development of new energy and energy-saving technologies. He has presided over and completed more than 50 key projects and national key R&D projects of Sinopec, published more than 40 core journal articles, and obtained more than 50 authorized patents at home and abroad. He has won 6 Sinopec Technology Invention Awards and Science and Technology Progress Awards.
Topic: Progress and application of green and low-carbon branching based on hydrogen energy and energy storage
Dai Guoxing, Deputy General Manager, Chief Engineer and Deputy Senior Engineer of PetroChina Jilin Chemical Engineering Co., Ltd., engaged in engineering design, technology development, pilot plant construction, engineering consulting and design in the field of new energy chemical industry.
Topic: Experience sharing of full life cycle services in the field of new energy coupling chemical industry
Daniel Zhang, Senior Engineer, Registered Chemical Engineer, Chief Engineer of Shanghai Hetu Engineering Co., Ltd. Engaged in the process design and management of petrochemical industry. He has rich experience in engineering design and engineering development in the field of fluidization represented by catalytic cracking. He has presided over the design and review of more than 40 sets of heavy oil catalytic units, with a plant scale of 30~2 million tons/year, 5 sets of alkane dehydrogenation units, 1 set of continuous reforming units, and 1 set of flexible coking units. He has applied for 6 patents individually or cooperatively, including 2 invention patents and 4 utility models.
Topic: Research on the low-carbon development path of green electricity, green hydrogen and modern coal chemical industry
He Zuoyun is an associate and professor-level senior engineer of Sinopec Great Wall Energy and Chemical Co., Ltd. He used to be the deputy general manager of Sinopec Great Wall Energy & Chemical Co., Ltd. and the vice president of Sinopec Economic and Technological Research Institute. It has made remarkable achievements in strategic planning, scientific research and development, project consulting and evaluation and macro policy research in the field of petrochemical and coal chemical industries. Sinopec Great Wall Energy & Chemical Co., Ltd., a wholly-owned subsidiary of Sinopec, is responsible for the investment and operation of Sinopec's coal chemical business, and carries out professional management of the coal chemical business.
Topic: Analysis of the coupling practice and development prospect of green hydrogen and coal chemical industry
Cao Jian, Deputy General Manager and Chief Engineer of Beijing Petrochemical Engineering Co., Ltd., has been engaged in the design and R&D of petrochemical, coal chemical and natural gas chemical industries for a long time.
Topic: Economic analysis and development prospect of green methanol and green ammonia
Continuously updated...... Consultancy: Mr. Xiao
2. Co-sponsor: Hydrocarbon Processing Collaboration Group
Carbon Neutrality Committee of China Petroleum Society
Sinopec Research Institute of Petrochemical Science and Technology Co., Ltd
PetroChina Jilin Chemical Engineering Co., Ltd
Inner Mongolia Yitai Group Co., Ltd
Ordos Carbon Neutrality Research and Application Co., Ltd
Shanghai Hetu Engineering Co., Ltd
Aerospace Long March Chemical Engineering Co., Ltd
Xi'an Huiyan Tiantong Energy Technology Co., Ltd
3. The content of the meeting
1. Analysis of domestic hydrogen energy application scenarios and development prospect prediction under the dual carbon goal
2. High-quality construction of the whole industrial chain of petroleum refining, petrochemical industry, coal-to-liquid, and coal-chemical hydrogen energy
3. Large-scale use of green hydrogen by refining and coal chemical enterprises to achieve carbon emission reduction
4. Economic analysis and development prospects of green hydrogen, green methanol and green ammonia
5. Research on the low-carbon development path of modern oil processing and green hydrogen coupling
6. Development and application of new energy and carbon reduction synergy technology
7. Research on the impact of the construction of new power system on petroleum, petrochemical and coal chemical industry
8. Development and planning of natural gas and hydrogen energy coupling industry
9. Research and application of coal-to-syngas, coal-to-methanol and hydrogen energy decarbonization and carbon utilization technology
10. Engineering practice of integrated coupling of wind and solar hydrogen production with petrochemical industry and coal chemical industry
11. Carbon dioxide capture, utilization and storage (CCUS) coupled electrolysis hydrogen production technology
12. CO2 resource utilization - industrial application of green and low-carbon methanol synthesis technology
13. Renewable energy, green hydrogen and industrial CO2 capture, natural gas synthesis and chemical technology
14. Carbon dioxide hydrogenation to methanol technology
15. Distributed clean energy and energy storage technology
16. Development and application of complete sets of distributed methanol hydrogen production technology
17. CDQ waste heat power generation water electrolysis technology to green hydrogen
18、碱性、PEM、SOEC和AEM制氢技术进展
19. Research progress on hydrogen production by coupling wind and photovoltaic from petroleum and petrochemical/coal chemical wastewater
20. Coated asphalt technology for lithium battery anode prepared by ethylene tar
21. Graphite electrode technology for making oil-based needle coke
22. Progress in hydrogen/ammonia energy storage and transportation technology
23. Hydrogen blending transportation technology for natural gas long-distance pipelines
24. Application of green ammonia/green methanol in vehicles and ships
25. Risk management and process safety management in the field of hydrogen energy
26. Development and establishment of new energy carbon footprint and carbon emission reduction methodology system
27. The development and application of the whole industrial chain of hydrogen energy production, storage, transportation, processing, use, research and equipment manufacturing
4. Participants
1. Relevant leaders and experts of national ministries and commissions, local provinces, municipalities and autonomous regions;
2. Academician of the Chinese Academy of Engineering and the Chinese Academy of Sciences;
3. Leaders and technical personnel of petrochemical, coal chemical, natural gas chemical, hydrogen energy, new energy, automobile, electric power and other enterprises;
4. Experts, scholars and researchers from colleges and universities, scientific research institutes;
5. Leaders and technical personnel of oilfield, petrochemical, pipeline, sales, natural gas, engineering technology, engineering construction and other units;
6. Managers and technicians of new energy, green hydrogen, green electricity, and key equipment manufacturing enterprises;
7. Heads of domestic and foreign technical service providers, investors and financial institutions.
5. Contact information of the conference affairs group:
Mr. Xiao (1) (3) (2) / (6) 〇 (3) (6) / (9) (8) (2) 〇 (same number on WeChat)
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