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Hui Chen |
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Department of Chemical & Biochemical Engineering |
Faculty of Engineering |
The University of Western Ontario |
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Education |
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Professional Experiences |
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| Research Assistant |
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| Teaching Assistant |
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| Senior Engineer |
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| Assistant Engineer |
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Professional Affiliation |
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Member of Chemical Institute of Canada ( Oct. 2003-present) |
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Member of Petroleum Institute of China (2000-2003) |
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Research Interests |
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R & D of novel petroleum conversion processes and industrial applications |
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Development of new renewable energy |
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R & D of catalytic and thermal conversion technology |
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Projects |
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Ongoing Project: |
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Study on Gasification of municipal waste using CFB
A brief introduction of your PhD project.
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Previous Projects: |
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MIO (maximizing isoolefin yield petroleum conversion process) and its industrial applications (1996-1999)
It was a process developed for Dalian Petrochemical Corp of CNPC. |
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ARGG process (a novel petroleum fluid catalytic cracking process to maximize LPG and high RON gasoline) and its commercial application (1996-1999)
It was applied to 8 large companies. |
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DCC-II (a novel catalytic conversion process for light olefin production) and its commercial applications (1997- 2000)
The process was a novel method to produce light olefin from residue and was put into practical use in the Jingmen Refinery of SINOPEC and extended to over 10 companies. |
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The development of FCC technologies to increase the RON of the gasoline from the Daqing-based crude oil and its commercial application (1997 - 2000)
An industrial experiment was proved effective on the 0.8 Mt/a RFCC unit in Qianguo refinery of CNPC in 1997. The technologies were put into operation by more than 10 large FCC units. |
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The development and commercial application of increasing diesel production technologies in FCC process (1997-2000)
A whole-set integrated technology based on FCC was established on the 0.5Mt/a RFCC unit in Cangzhou refinery of SINOPEC in 1997. The technologies were put into operation by over 50 large FCC units worldwide and created billions yuan gain. |
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The development and commercial application of Orbit series heavy hydrocarbon cracking catalysts (1997-2002)
These catalysts were widely applied to over 50 large FCC units. |
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The development and commercial applications of Catalytic Pyrolytic Process (CPP) (1997-2003)
The process was successfully put into operation in Daqing Refining Corporation of China National Petroleum Cop. (CNPC) in Oct, 2000. The process was applied to 4 large companies. |
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MGD (A novel catalytic cracking process for maximizing gas and diesel yields) and its application (1999 - 2002)
This process achieved practical success in Guangzhou Petrochemical Corporation and Fujian Petrochemical Refinery of SINOPEC. It was applied to over 30 large companies. |
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Awards and Honors |
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The First Prize of Science and Technology Advancement Award of China Petrochemical Corporation (SINOPEC)
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The Second Prize of Science and Technology Award Advancement of China Petrochemical Corporation (SINOPEC) |
1998 |
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A Candidate of the China National Science and Technology Advancement Award |
1999 |
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The First Prize of Science and Technology Award of Research Institute of Petroleum Processing |
1997, 1998, 2000, 2001, 2002 |
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The Third Prize of Science and Technology Award of Research Institute of Petroleum Processing |
1997, 1998 |
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The Second Prize of Excellent papers in the 7th China National Fluid Catalytic Cracking (FCC) Annual Meeting |
2000 |
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The Second Prize of Excellent papers in the 9th China National Fluid Catalytic Cracking (FCC) Annual Meeting |
2002 |
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Selected Publications |
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Patents: |
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A novel heat-balance process used for fluid catalytic Cracking, Chinese patent, Publication Number: CN1345911A.
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Conference Proceedings: |
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Engineering Research & Development of Catalytic Pyrolytic Process (CPP), the 9th China National FCC Annual Meeting, Nov. 2002, Guangzhou, China. |
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Commercial application of DOCP catalysts and related technologies, the 7th National FCC Annual Meeting, May 2000, Fujian, China. |
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A multi-scale interaction model for the gas-liquid two-phase flow, the 8th China Chemical Engineering Conference, pp. 771-775, Oct.1996, Tianjin, China. |
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