Techase Successfully Held Proposal Discussion Meeting of Carbon Peak Carbon Neutralization Special Project ＂Research and Demonstration of Key Technologies for Efficient, Clean and Low-Carbon Resource

Recently, the 2021 "Science and Technology Innovation Action Plan" jointly declared by Tongji University, Techase, and Shanghai Yimai has passed the establishment of a special project for technology support for carbon peaks and carbon neutrality. On December 22, Professor Zhao Youcai of Tongji University led the research team to hold the 2021 "Science and Technology Innovation Action Plan" Technology Support Carbon Peak Carbon Neutralization Special Project "Research and Demonstration of Key Technologies for Efficient, Clean, Low-Carbon Resource Treatment of Wet Garbage" at Techase headquarters The seminar opened the topic and the meeting invited Zheng Guanghong, the second-level inspector of the Shanghai Municipal Science and Technology Commission, and the director of the Social Development Department, as well as experts from Shanghai Second Polytechnic University, Shanghai Municipal Engineering Design and Research Institute, Shanghai University of Applied Sciences, and East China Normal University to come and guide , Techase Chairman Zhang Wenbiao, Shanghai Yimai Industrial Co., Ltd. Deputy General Manager Zhu Yanjun and project leader Li Xiaojiao attended the meeting.

This demonstration meeting was presided over by Professor Zhao Youcai of Tongji University. At the beginning of the meeting, Professor Zhao Youcai gave a brief introduction to the overall situation of the project. The overall goal of the project research is to address the problems of unclear carbon emissions from nearby wet garbage treatment facilities and uncontrolled secondary pollution in Shanghai, and to carry out research and demonstration of key technologies for efficient, clean and low-carbon resource treatment of wet garbage around the goal of carbon emission reduction. Develop wet waste low-temperature evaporation process and small molecule organic acid salt composite liquid carbon source production integrated equipment, build a comprehensive benefit evaluation model for nearby wet waste treatment facilities and equipment, construct and operate wet waste low-temperature local treatment and carbon source conversion Demonstration project and composite liquid carbon source application demonstration project for the treatment of aged leachate.

At the subsequent meeting, the project leaders of Tongji University, Yimai Industry, and Techase respectively gave detailed introductions on the basic situation and project implementation plans of their subjects, and had a lively discussion and exchanges with the experts present.

In the question and opinion exchange link, the experts provided many professional suggestions and valuable opinions on the specific implementation of the project, which provided effective assistance for the smooth development of the project in the future. The project research and implementation of the project has very important design requirements and practical significance. The technical route and implementation plan of the project are reasonable. The composition of the project team reflects the advantages of industry-university-research cooperation, and has a strong research foundation and application scenarios promotion significance. At the end of the meeting, Zheng Guanghong, the second-level inspector of the Shanghai Municipal Science and Technology Commission and the director of the Social Development Department, made a concluding speech on the topic of this project, and expressed full affirmation and support for the topic of this project. It is recommended to further focus on the research content and highlight the research focus. , Strengthen the technical support and demonstration of the results for the treatment of wet garbage.

As a derivative of urban life, wet waste is large and scattered. Since the implementation of waste classification in Shanghai, the results have been effective. If we can realize the efficient, clean and low-carbon resource disposal of wet garbage on this basis, and the efficient disposal can be solved on the spot, it will not only solve the problem of urban domestic garbage disposal and disposal, but also increase the energy resource construction.