Yutianming

Deputy Director of the School's Environmental Engineering Research Institute, Director of the School's Organic Solid Waste Oil Making Engineering Technology Research and Development Center, Deputy Director of the School's Coal Quality Separation and Utilization Industrial Internet Research Institute, and Investment Adviser of Yiwu County People's Government, Hami City, Xinjiang Uygur Autonomous Region. Mainly engaged in the industrial transformation of hydrocarbon conversion and carbon deep processing technology, has gone to Japan for front-end industrial technology exchange, and closely cooperates with various universities and government think tanks. Hosted general projects of the Zhejiang Provincial Department of Science and Technology, major special projects in Zhejiang, more than ten scientific research projects, and published more than ten patents. 136 second level talents from Jianggan District, Hangzhou City, won the second prize of Zhejiang Science and Technology Progress Award. The 10000 ton level mixed waste plastic gasification to oil project, hosted by me, has been recognized by four academicians as an international leader. Received the first prize from the China Federation of Commerce in 2022.

1. 1993-1997, obtained a bachelor's degree from the School of Environment and Engineering at Chongqing Jianzhu University

2. 1999-2002, School of Environment and Engineering, Chongqing University, obtained a master's degree

1. 1997-1999, worked as a project manager at Zhejiang Industrial Equipment Installation Company

2. Since 2002, I have been a teacher at the School of Materials and Environmental Engineering, Hangzhou University of Electronic Science and Technology

Chairman of Zhejiang Tianche Technology Co., Ltd

Director of Zhejiang Tianlu Environmental Technology Co., Ltd

Director of Huaibei Tianche Carbon based New Materials Technology Co., Ltd

Director of Xinjiang Xintianlu Environmental Technology Co., Ltd

Investment consultant for the People's Government of Yiwu County, Hami City, Xinjiang Uygur Autonomous Region

Mainly engaged in industrial transformation of hydrocarbon conversion technology, focusing on carbon purification and deep processing of coal based carbon materials

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Representative vertical research projects

1. Zhejiang Major Science and Technology Special Project Key Technologies and Complete Equipment for Cracking and Producing Oil from Mixed Waste Plastics.

2. The 10000 ton level mixed waste plastic gasification to oil project, which was presided over, was appraised by an appraisal committee composed of four academicians and experts in the field of environmental and chemical engineering in 2015. The project has interdisciplinary characteristics and is of great significance for the industrial treatment of mixed waste plastics. The results have obvious engineering practicality and technical guidance value, and the overall technology has reached the leading level in China. The gradual circulation closed low-temperature reactor and oil gas automatic conversion machine voltage stabilization technology have reached the international advanced level, and it is recommended to promote and apply them on a large scale.

Horizontal research projects under research in the past year:

1. Preparation Technology and Automatic Control System Development of Hydrogen Storage Porous Nanocarbon Materials

2. Development of Production Process and Control System for High end Carbon Materials

3. Development of regeneration process and control system for electrode materials in new energy batteries

4. Research on a process for environmentally friendly regeneration of activated carbon

5. Development of defect identification process and control system for carbon new materials

6. Research on the Treatment of Wastewater from Superchar Production and Alkali Recovery Process

7. Research on the treatment process of nickel chromium wastewater

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Representative vertical research projects

1. Zhejiang Major Science and Technology Special Project Key Technologies and Complete Equipment for Cracking and Producing Oil from Mixed Waste Plastics.

2. The 10000 ton level mixed waste plastic gasification to oil project, which was presided over, was appraised by an appraisal committee composed of four academicians and experts in the field of environmental and chemical engineering in 2015. The project has interdisciplinary characteristics and is of great significance for the industrial treatment of mixed waste plastics. The results have obvious engineering practicality and technical guidance value, and the overall technology has reached the leading level in China. The gradual circulation closed low-temperature reactor and oil gas automatic conversion machine voltage stabilization technology have reached the international advanced level, and it is recommended to promote and apply them on a large scale.

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1. CN106590723B High temperature oil and gas cooling separation process and device for producing biochar from organic solid waste

2. CN206385079U High temperature biochar cooling and separation device for a reduction gasification system to produce biochar

3. CN206385085U: A sludge to biochar device with continuous feeding and automatic exhaust mechanism

4. CN206385089U High temperature oil and gas cooling and separation device for producing biochar from organic solid waste

5. CN108641738A A Coal Clean Utilization Feed Gas Ash Removal Device

6. CN213666063U is a clean coal utilization feed and discharge ash removal device

7. CN109652137A Method and System for Improving Coal to Produce Syngas

8. CN109652134A Method and System for Preparing Low Volatile Anthracite from Low rank Coal

9. CN109652136A method and system for preparing upgraded coal using low rank coal

10. CN110806728B: An auxiliary disposal method for emergency accidents in chemical plants based on electronic contingency plans

11. CN110846094B: A Purification Gas Preparation LNG Process

12. CN110804468B A Dry Desulfurization Process for Synthetic Gas

13. CN110862844B: A method for producing natural gas from rich gas and co producing hydrogen gas through the utilization of low rank coal quality separation

14. CN110862843B: A method for producing synthesis gas from coal water slurry

15. CN111246171B: A method and system for safety supervision, on-the-job training, and assessment in chemical plants

16. CN212732076U A discharge device with dynamic and static sealing device

17. CN112195044A A dust removal equipment

18. CN212833646U A dust removal equipment

19. CN213232123U is a dust removal and cooling device behind a reactor

1. 136 Second Level Talents in Jianggan District, Hangzhou City

2. Received the second prize of Zhejiang Science and Technology Progress Award, etc