All relevant units, experts and industry colleagues: 2023 is the first year for fully implementing the spirit of the 20th National Congress of the Communist Party of China and a critical year for the implementation of the "14th Five-Year Plan". The deepening and implementation of my country's "double carbon" goals has entered an important window period where strategic opportunities and difficulties and challenges coexist. The green conversion of carbon dioxide based on biotechnology has opened up new space for the development of a low-carbon economy, opened up a new pattern of energy conservation and emission reduction, and has become one of the key areas for improving the industrial green development index and promoting sustainable social and economic development. While conscientiously studying and implementing the spirit of the National "Two Sessions", in order to promote the high-quality and sustainable development of our country's economy, actively explore forward-looking and disruptive scientific and technological innovation achievements, and cultivate young scientific and technological innovation talents, under the guidance of the Biochemical Industry Professional Committee of the China Society of Chemical Industry, China Under the guidance of the One-Carbon Biotechnology Special Committee of the Society of Biological Engineering, the Chemical Engineering Professional Committee of the China Society of Chemical Industry, and the Science Popularization Working Committee of the China Society of Biological Engineering, The first "Huaxi Cup" CO2 Capture, Conversion and Utilization Design Competition will be held in Beijing City on July 30, 2023. The relevant matters of this competition are hereby notified as follows: 1. Competition theme Driven by technology,"carbon" drives the future. 2. Overall goal The competition aims to promote the scientific and technological capacity building of scientific and technological personnel from universities and scientific research institutes at home and abroad on the basic frontiers of carbon dioxide capture, conversion and utilization; encourage and cultivate a new generation of scientific research forces; promote academic exchanges and cooperation with relevant units, and expand The influence of chemical industry and synthetic biology in the scientific and technological community contributes to the construction of a community with a shared future for mankind to reach a carbon peak and the realization of the sustainable development goals of human society. The competition is committed to building a high-efficiency advanced technology platform in the field of carbon dioxide capture, conversion and utilization, creating an internationally renowned cutting-edge scientific and technological innovation event, providing exchange and cooperation opportunities for academia and industry, and jointly promoting the innovative development of the "Double Carbon Strategy"., creating a new era of low-carbon economy! 3. Organization structure of the competition Sponsors: Beijing University of Chemical Technology, Chongqing University Guiding units: Biochemical Industry Professional Committee of China Chemical Industry Society, Carbon Biotechnology Professional Committee of China Bioengineering Society, Chemical Engineering Professional Committee of China Chemical Industry Society, Science Popularization Working Committee of China Bioengineering Society Supporting unit: Huaxi Biotech Organizing Committee units (sorted by pinyin): Peking University Beijing University of Chemical Technology Beijing Institute of Technology Beijing Forestry University Chongqing University Dalian University of Technology Fuzhou University Guangdong University of Technology National Energy Biorefinery Research and Development Center Hebei University of Technology Hunan University East China University of Science and Technology South China University of Technology Jimei University Kangnam University Jiangsu University Nanjing tech University Nanjing Normal University Qingdao Agricultural University Tsinghua University three Gorges University Shandong University Shanxi University Shaanxi Normal University Shanghai Jiaotong University Shenyang University of Chemical Technology Sichuan University Taiyuan University of Technology Tianjin University Tianjin University of Science and Technology Xi'an Jiaotong University Xi'an City Key Laboratory of Biotransformation of One-Carbon Compounds Northwestern University Xiamen University Xinjiang University Zhejiang University Zhejiang University of Technology University of Science and Technology of China Dalian Institute of Chemical Physics, China Academy of Sciences Center for Excellence and Innovation in Molecular Plant Science, China Academy of Sciences Institute of Process Engineering, China Academy of Sciences Qingdao Institute of Energy, China Academy of Sciences China Academy of Sciences Shenzhen University of Technology Shenzhen Institute of Advanced Technology, China Academy of Sciences Tianjin Institute of Industrial Biotechnology, China Academy of Sciences China Agricultural University China University of Petroleum Central South University Sun Yat-sen University Academic Steering Committee: Director: Academician Tan Tianwei President of Beijing University of Chemical Technology Deputy Director: Academician Zheng Yuguo Zhejiang University of Technology Members (sorted by surname pronunciation): An Anfu, Bao Xiaojun, Zeng Jie, Chen Guoqiang, Chu Liangyin, Du Guocheng, Fan Daidi, Fang Baishan, Feng Yan, Gao Jinsen, Gong Jinlong, Guo Kai, He Gaohong, He Jing, Huang He, Huang Yanqiang, Ji Hongbing, Jia Mengqiu, Jiang Lilong, Jiang Yuan, Jiang Min, Jiang Weihong, Jiang Zhongyi, Li Bingzhi, Li Chun, Li Jianrong, Li Qingbiao, Li Shengying, Li Xiaonian, Li Yin, Li Yingwei, Lin Ying, Liu Chenli, Liu Haichao, Liu Huizhou, Liu Liming, Liu Long, Liu Younian, Liu Zheng, Liu Zhimin, Liu Zhongwen, Lou Wenyong, Lu Fuping, Lu Xuefeng, Ma Xinbin, Meng Hong, Qiu Jieshan, Qiu Xueqing, Ren Zhongqi, Shi Weidong, Su Haijia, Sun Yan, Sun Linbing, Tong Yigang, Wang Baojun, Wang Bo, Wang Haihui, Wang Jianguo, Wang Jingdai, Wei Zidong, Xing Huabin, Xing Jianmin, Xing Weihong, Xing Xinhui, Xu Feng, Xu Guangwen, Xu Jianhong, Xu Haijun, Xu Ping, Xu Tongwen, Yang Chao, Yang Chen, Yang Lirong, Yang Xiaowei, Yao Shanjing, Yin Shuangfeng, Yu Huimin, Yuan Qipeng, Zhang Qiang, Zhang Xian 'en, Zhang Xiangping, Zhang Yunhuai, Zhao Huazhang, Zhao Zongbao, Zhuang Yingping Organizing Committee: Chairman: Academician Tan Tianwei President of Beijing University of Chemical Technology Executive Chairman: Lu Yongqin, Wang Dan, Wu Zhenyi Members (sorted by surname pronunciation): Cao Hui, Chen Kequan, Deng Jianjun, Fei Qiang, Ge Jun, Ge Tiejun, Gong Dachun, Jiang Huifeng, Jiang Yanjun, Jin Mingjie, Ju Xiaojie, Lan Xingying, Liang Shijing, Liu Helii, Liu Wei, Liu Zhidan, Meng Qinglei, Meng Yonghong, Shi Jiafu, Sun Zhenyu, Tan Xinyi, Wang Nanan, Wang Yajun, Wu Hui, Wu Liang, Xie Zhaoming, Xue Chuang, Yang Song, Yong Yangchun, Yu Yang, Zeng Shaojuan, Zhan Guowu, Zhang Chong, Zhao Xuebing, Zheng Gaowei, Zheng Renchao, Zhong Cheng, Zhou Jingwen, Zhou Yongjin, Zhu Zhiguang 4. Competition rules This competition takes the subversive, forward-looking, pioneering and exploratory nature of scientific and technological innovation as the starting point, and collects various scientific and technological innovation projects from all over the country to participate in the competition. For details of the competition rules, please refer to the "Review Rules of the 2023 First" Huaxi Cup "CO2 Capture, Transformation and Utilization Design Competition"(see Annex 1). Domestic and foreign scientific research institutes, universities, innovation and entrepreneurship teams, and individuals and other scientific and technological innovation entities can sign up for the competition. The specific arrangements are as follows: 1. Competition field The competition field of this competition focuses on basic research on strategic CO2 capture, transformation and utilization and the main axis of the development of emerging technologies. The competition is organized in the form of independent propositions by participating teams, and participating project teams are encouraged to actively carry out free and open innovation. Technical areas of the competition include: 1. Separation and capture of one-carbon gas 2. Construction of carbon fixation artificial cells 3. Construction of multi-enzyme catalytic system for carbon fixation 4. Theory of Strengthening and Control of Industrial Biological Carbon Sequestration Process 5. Bio-chemical coupled carbon sequestration 6. Biological carbon sequestration driven by artificial intelligence and big data 7. Benefit evaluation of carbon sequestration 8. Industrial Carbon Fixation Equipment