From October 22 to 23, 2021, the sub-forum "Ecological Civilization and Environmental Health" of the Peking University New Engineering International Forum (2021) was held in Beijing. "Ecological Civilization and Environmental Health" is one of the nine sub-forums under the Peking University New Engineering International Forum (2021), attracting more than 200 experts, scholars, enterprises and industry representatives from nearly 100 units. With the theme of "Ecological Civilization and Environmental Health", this sub-forum is oriented to the strategic goal of "carbon peaking and carbon neutrality" under the leadership of ecological civilization, and aims to further promote the construction and development of teaching, research and disciplines in the field of environmental health in the new engineering department of Peking University. The forum was hosted by the School of Environmental Science and Engineering, Peking University.
On the morning of October 23, the second special lecture of the "Ecological Civilization and Environmental Health" sub-forum of the Peking University New Engineering International Forum (2021) "'Double Carbon' Goal and Industry-University-Research Cooperation" was held in the Zhongguan New Park Qunying Hall of Peking University. The special report was presided over by Professor Li Zhenshan, Secretary of the Party Committee of the School of Environmental Science and Engineering of Peking University.
Li Kuangye, Chairman of Shenzhen Energy and Environmental Protection Co., Ltd., Gao Jianqiang, Deputy Secretary of the Party Committee and General Manager of Guoneng Longyuan Environmental Protection Co., Ltd., Huo Zhonghe, President of CECEP Carbon Peak Carbon Neutrality Research Institute and Chairman of CECEP Ecological Product Development Research Center Co., Ltd., Yu Yang, Technical Director of Huawei's China Government and Enterprise Ecological environment system department, Fu Tao, director of the Industry-University-Research Center of the School of Environmental Science and Engineering of Peking University, Co-Chairman of CECEP Tiehan Ecological Environment Co., Ltd., President of Peking University Shenzhen Alumni Association, Liu Shui, Chairman of Shenzhen Ecological Society, Jiang Xinhao, Deputy General Manager of Beijing Enterprises Group and Vice Chairman of the Board of Directors of Beijing Holdings, Ao Xiaoqiang, Chairman of Beijing Xuedilong Technology Co., Ltd., Xue Tao, Managing Partner of E20 Environmental Platform and Executive President of the Research Institute, Bai Yunfeng, Chairman of Beijing Guoneng Zhongdian Energy Saving and Environmental Protection Technology Co., Ltd., Luo Yongquan, Chairman of Zhonghai Haohua Environmental Technology Group Co., Ltd., Lu Weidong, Chairman of Beijing Zhongsi Water Spirit Water Treatment Technology Co., Ltd., Director of China Academy of Environmental Sciences, Yang Pingjian, academic leader, Dong Zhen, chairman of Xixi Environmental Protection Co., Ltd., and Jiang Lan, assistant director of the Technology Transfer Center of the Science and Technology Development Department of Peking University, attended the forum.
Professor Zhu Tong, Dean of the School of Environmental Science and Engineering of Peking University, said in his speech that the construction of new engineering is an active response and a Chinese plan given to the world's scientific and technological revolution and the wave of industrial change, industry-university-research cooperation is an important direction for the development of the School of Environmental Science and Engineering of Peking University, and the construction of new engineering in the field of environment of Peking University needs to be closely integrated with industrial technology, promote green innovative technology for pollution reduction and carbon reduction, realize the comprehensive integration of industry, education and research, and promote the reciprocal and integrated development of the innovation chain and the industrial chain. To this end, the School of Environmental Science and Engineering of Peking University has set up a special industry-university-research center and hired Dr. Fu Tao as the director of the center. Zhu Tong said that in the future, the college will comprehensively promote long-term and stable cooperation with domestic and foreign energy and environmental protection enterprises, promote resource complementarity and scientific research cooperation between the two sides, and promote industrial scientific and technological innovation in the field of environment under the background of new engineering.
Researcher Li Tianhong, deputy dean of the School of Environmental Science and Engineering of Peking University, signed a cooperation framework agreement with Gao Jianqiang, deputy secretary of the party committee and general manager of Guoneng Longyuan Environmental Protection Co., Ltd., and Li Junge, chairman of Shenzhen Energy and Environmental Protection Co., Ltd., on behalf of the college, aiming to fully gather industrial strength, talent strength and scientific research strength, build bridges and links for scientific and technological innovation, and accelerate the promotion of scientific and technological innovation and industrial application in the field of environment.
The School of Environmental Science and Engineering of Peking University signed a cooperation agreement with Guoneng Longyuan Environmental Protection Co., Ltd
(On the left is Gao Jianqiang, deputy secretary of the party committee and general manager of Guoneng Longyuan Environmental Protection Co., Ltd., and on the right is Researcher Li Tianhong, deputy dean of the School of Environmental Science and Engineering of Peking University)
The School of Environmental Science and Engineering of Peking University signed a cooperation agreement with Shenzhen Energy and Environmental Protection Co., Ltd
(On the left is Li Qianye, chairman of Shenzhen Energy and Environmental Protection Co., Ltd., and on the right is Researcher Li Tianhong, vice dean of the School of Environmental Science and Engineering of Peking University)
In the keynote speech session, Li Chuangye shared the low-carbon technology research and development, green management strategy and innovative practice actions of Shenzhen Energy and Environmental Protection Co., Ltd. in the field of solid waste treatment technology with the theme of "Deep Energy Environmental Protection Green and Low Carbon Innovation Practice under the Dual Carbon Strategy". Shenneng environmental protection has always been a green and low-carbon innovator in the field of environment, the business involves domestic garbage, organic solid waste, municipal sludge, hazardous waste medical waste, construction waste, industrial wastewater and other urban waste treatment and disposal, as well as smart sanitation, industry technical consulting and other fields, through more than 100 projects in 45 cities in 17 provinces, Deep Energy Environmental Protection actively implements the concept of "large solid waste full-cycle closed-loop management", optimizes the configuration of smart energy systems, and continuously brings Shenzhen experience and model to the whole country. He believes that the concept and path of low-carbon development in the field of solid waste must include three key links, one is to build carbon accounting standards and indicator systems, the other is to break through the bottleneck of low-carbon utilization technology of solid waste, and the third is to create a zero-carbon/negative carbon solid waste collaborative park. Li Chuangye elaborated on the low-carbon development path of deep energy and environmental protection from three levels: carbon accounting and energy consumption quota standards for waste disposal, garbage treatment and pollutant emission control and intelligent low-carbon management technology, and the creation of an efficient and coordinated zero/negative carbon cycle park.
Li Zhaoye, chairman of Shenzhen Energy and Environmental Protection Co., Ltd., made a keynote speech
Under the background of "double carbon", the re-understanding, repositioning and re-starting of the coal power industry has become an important issue at present. Gao Jianqiang, deputy secretary of the party committee and general manager of Guoneng Longyuan Environmental Protection Co., Ltd., shared the exploration and practice of Longyuan Environmental Protection for the high-quality development path of coal power under the background of "double carbon". Gao Jianqiang said that Longyuan Environmental Protection belongs to the National Energy Investment Group Co., Ltd. and is the first electric power environmental protection enterprise in China. He believes that the main position of coal power will not be shaken for a long time, the high-quality development of coal power can not be separated from the three elements of "technology can be realized, economically affordable, and the model can be promoted", and promoting the exploration of diversified functions of coal power and promoting the collaborative coupling of coal power and urban functions is a huge carbon reduction process. Combined with the exploration and practice of Longyuan Environmental Protection in the field of coal power environmental protection, Gao Jianqiang elaborated that the high-quality development of the coal power industry must go through three iterations: in the past 1.0 era, we built the world's largest clean and efficient coal power system; In the current 2.0 era, under the concept of "collaborative sharing", we will build a "coal-fired power station system that integrates ecological sharing into urban green development"; In the future-oriented 3.0 era, that is, the era of wisdom and low carbon, the coal power industry will serve as an "integrated energy & ecological center" to promote its own ultimate perfection and the improvement of functional positioning in industrial systems with the ultimate cleanliness, high degree of synergy and true intelligence.
Gao Jianqiang, deputy secretary of the party committee and general manager of Guoneng Longyuan Environmental Protection Co., Ltd., made a keynote speech
Huo Zhonghe, President of CECEP Carbon Peak Carbon Neutrality Research Institute and Chairman of CECEP Ecological Product Development Research Center Co., Ltd., shared CECEP's understanding, practice and action plan on the "double carbon" goal. Huo Zhonghe said that achieving the double carbon target will promote systemic change in the industry, promote the comprehensive clean and low-carbon transformation of the energy system, and lead the wave of climate investment and financing. As the only industrial group in the central enterprises with energy conservation and emission reduction and environmental protection as the main business, China Energy Conservation and Environmental Protection Group actively builds a business pattern with energy conservation, environmental protection, new energy and health as the main business sector, and energy conservation and environmental protection comprehensive services as the strong support, and its subsidiary CECEP Consulting Co., Ltd. has specially established the CECEP Carbon Peak Carbon Neutrality Research Institute to provide policy advice, carbon reduction technical support and carbon-related consulting products for the government, enterprises and financial institutions. Around the "double carbon" goal, CECC will take three steps: significant progress will be made in the "double carbon" work by 2030; Achieve operational carbon neutrality by around 2040; By 2060, we will drive carbon neutrality in the supply chain and strive to achieve negative carbon emission contributions.
Huo Zhonghe, President of CECEP Carbon Peak Carbon Neutral Research Institute and Chairman of CECEP Ecological Product Development Research Center Co., Ltd., made a keynote speech
Yu Yang, Technical Director of Huawei's China Government and Enterprise Ecological environment system department, shared Huawei's concepts and cases of actively exploring the use of ICT technology, building green connections, building environmental intelligence, and using technology to protect nature with the theme of "Digital Base Empowering Smart Environmental Protection Innovative Applications". According to Yu Yang, Huawei established the Ecological Environment System Department in 2018 to jointly innovate with industry research institutions and service providers with the "platform + ecology" strategy to help the digital transformation of the ecological environment field. Through "cloud building, agglomeration, and empowerment", Huawei hopes to work with industry partners to build an open and win-win ecosystem with "ubiquitous connectivity+ digital platform + all-encompassing intelligence", from the underlying cloud resource supply, network transmission, security assurance, data aggregation, sharing and integration to data empowerment. Through four typical cases, including AI to protect global biodiversity, solid waste intelligent body landing in Jiangsu, "one network communication management" collaborative co-governance, and panoramic intelligent monitoring of sea drifting garbage, Yu Yang vividly elaborated on Huawei's overall solution for the digitalization of the ecological environment.
Yu Yang, Technical Director of Huawei's China Government and Enterprise Ecological environment system department, delivered a keynote speech
Fu Tao shared "Reflections on the Mechanism of Industry-University-Research in the Field of Environment". He pointed out that in an industry that is fully industrialized and market-oriented, the transformation of scientific and technological achievements is a false proposition. However, at present, the conversion rate of scientific research achievements in the environmental field is low, and there are "two skins" in industry-university-research cooperation. Fu Tao said that the reason for these problems is that enterprises are oriented to obtaining engineering projects, while research units are oriented to solving specific problems. The two sides have not been able to form a synergy. Industrialization has continuity, standardization and intensification, and the real industrial application is grown out of the market soil, but problem-oriented scientific research projects are difficult to solve the problem of industrialization. In the new era of ecological environment governance upgrade gear, industrial strength has gradually developed and grown, across the industrialization gap requires multi-party efforts. As the director of the Environmental Industry-University-Research Center of Peking University, Fu Tao said that the center will start to promote the work of industry,study and research from four levels: First, it is the head of production and demand-oriented, and the leader of industry-university-research is "production", which must face the specific needs of specific customers and specific scenarios; The second is to drive research and development with product development, and organize continuous scientific and technological research and development around specific products; The third is two-way counseling, flexible connection, to be a commercial "broker" for scientists, and to do innovation training camps for enterprises; The fourth is an open mechanism, oriented to the international community.
Fu Tao, director of the Industry-University-Research Center of the School of Environmental Science and Engineering, Peking University, delivered a keynote speech
The second special report of the sub-forum focused on industrial scientific and technological innovation, and experts from all walks of life in the environmental field discussed the relationship between the "double carbon" goal and the development of enterprises, the path of industry-university-research cooperation to help the "double carbon" goal, and shared the practical experience of helping environmental protection with innovative technology and promoting environmental quality improvement. The participants further exchanged and discussed how to better integrate the green technology innovation chain and the industrial chain, how to productize and industrialize scientific and technological achievements, and gather wisdom and synergy for the formation of the national green technology strategic force of production, education and research integration.
Source: China Solid Waste Network;
First image source: network;
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