Our Institute and Huaming High-tech Zone Management Committee jointly held the industrialization project financing docking meeting.

On November 5, 2020, Tsinghua University Tianjin High-end Equipment Research Institute ("Tsinghua Tianjin High-end Institute") and Huaming High-tech Zone Management Committee jointly held an industrialization project financing matchmaking meeting, and the Innovation and Investment and Financing Department of Tsinghua Tianjin High-end Institute organized relevant project teams to participate in the event. This industrialization project financing docking meeting invited Tianjin Binhai Venture Capital Investment Management Co., Ltd., Xiaomi Finance, Jinruntian Solar Energy Technology Co., Ltd., Beijing Federal Reserve Guantian Venture Capital Co., Ltd., Dongli District Science and Technology Finance Docking Service Platform, Nankai District Science and Technology Finance Docking Service Platform 6 investment institutions, Dongli District Finance Bureau, Dongli District Science and Technology Bureau, Huaming High-tech Zone related responsible comrades participated in this event.

Project Introduction

At the docking meeting, the high-efficiency and low-nitrogen energy-saving burner project of Tsinghua Tianjin High-end Institute, the industrialization project of waste mineral oil comprehensive utilization technology, and the distributed in-situ treatment equipment project of kitchen waste were roadshows. The project leader introduced the technical advantages, business model and market prospect of the project respectively. The investment institutions fully recognized the technical leadership and social benefits of the three projects of Tsinghua Tianjin High-end Institute, and communicated with the project leaders on their respective concerns.

Discussion and exchange

This matchmaking meeting established a platform for face-to-face communication between investment institutions and high-quality projects of Tsinghua Tianjin High-end Institute, strengthened the connection between scientific and technological achievements and the capital market, and further deepened school-local cooperation. In the future, Tsinghua Tianjin High-end Institute will continue to uphold the spirit of "Tsinghua Science and Technology Serving the Society", continue to promote project development, and promote the industrialization of scientific and technological achievements.

Project Profile

1. High-efficiency and low-nitrogen energy-saving burner project

This project adopts the patented technology of high-efficiency and low-nitrogen energy-saving burner invented by the High-efficiency and Energy-saving Combustion Technology Research Laboratory of Tsinghua Tianjin High-end Institute to produce low-nitrogen energy-saving burners suitable for large-scale high-energy-consuming enterprises. The project innovatively adopts the 3+1 stage gas fully premixed combustion organization mode, reduces the exhaust gas temperature and oxygen content, improves energy utilization efficiency, and reduces nitrogen oxide emissions. In the early stage of the project, 0.1 billion m3 of gas will be saved and 176000 tons of CO2 will be reduced every year. NOX emission will be reduced by more than 50% to less than 50mg/m3. The products of the project can be widely used in petroleum exploitation, petroleum refining and chemical industry, iron and steel smelting, non-ferrous metal smelting, metal processing, industrial kilns, water (steam) boilers, ceramic kilns and other large-scale high-energy-consuming enterprises that consume natural gas, liquefied petroleum gas, dry gas and coal gas, with broad market prospects.

2. Waste mineral oil comprehensive utilization technology industrialization project

The technical leader of this project team is Zhao Wei, deputy director of Tsinghua Tianjin High-end Institute of Surface Interface Micro-nano Technology Research Institute. The project independently developed high vacuum cyclone evaporation equipment for waste lubricating oil re-refining, pretreatment distillation process technology and advanced and applicable waste lubricating oil solvent refining and hydrogenation refining process technology, product quality is stable and reliable, can effectively realize the recycling of waste mineral oil. The goal of the project is to achieve 50% market coverage of industry technology and 100 coverage of the whole chain of industry professional technology, promote the innovation and development of hazardous waste disposal technology to lead the industry, and become the vanguard of the technology development of hazardous waste disposal industry.

3. Kitchen waste distributed in-situ treatment equipment project

The equipment of the project is used for distributed in-situ treatment and modular centralized treatment of meal waste (organic wet waste) generated after garbage classification. Through the synergistic effect of microbial bacteria and enzyme, degradation process system and equipment operation, meal waste is converted into harmless substances such as organic fertilizer, soil conditioner, water and carbon dioxide. The degradation rate reaches 95% in 24 hours, and the final degradation rate reaches more than 98%, basically achieve zero-clean, zero-emission, no odor of the meal waste on-site treatment, greatly reducing social costs. The project team has long been engaged in research on soil remediation, recycling agriculture, and garbage disposal based on microbial technology, and has rich experience in microbial strain research and development and engineering equipment design. Among them, the composite microbial strain solution has more than 30 years of experience.

Department of Innovation and Investment and Financing Report

Wen/He Yupeng