Li Haoran

Li Haoran

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Li Haoran, male, born in July 1968, is the research group leader of State Key Laboratory of biochemical engineering, Institute of process engineering, Chinese Academy of Sciences.

Personage introduction

He graduated from the Department of chemical engineering, Tsinghua University in 1990. His research direction is biomineralization process and mineral processing engineering. The mechanism of interaction between microorganisms and minerals is studied. The basic principles of chemical and biochemical engineering are used to strengthen the metallurgical process, build an ecological mineral processing industry, and strive to develop clean hydrogen energy. 1990-1992, responsible for MnO2 three-phase oxidation process, technical director of oxidation section; 1992-1998, deputy director of national research center of Biochemical Engineering Technology (Beijing), responsible for "Na, CA, Since 1998, he has been responsible for the national long-term project "deep-sea polymetallic nodules as biological immobilization carrier", "ocean polymetallic ore bio metallurgical technology, three-phase oxidation clean production new process", and "micro process of organic wastewater reducing metal oxide waste" of NSFC "Biocatalysis, biochemical process of iron cycle in heap in situ bioreactor", 863 project "co culture of eosinophils and utilization of mining waste", 973 sub project "catalysis and transformation of extremophils in water mineral microbial system", and international cooperation and exchange project "biomineralization process of ocean floor and comprehensive utilization of ocean complex minerals" between Chinese Academy of Sciences and Indian Academy of Sciences.

Character honor

He has undertaken the key industrialization project "comprehensive utilization of low-grade complex ore by biological method" in Hebei and Henan Province, as well as the research on microbial fuel cell, bio chemiluminescence detection and BOD online detection, published more than 40 papers at home and abroad, applied for 8 national patents and authorized 2. The project of "bio reduction leaching of oceanic polymetallic nodules and manganese oxide ore" has passed the appraisal of Chinese Academy of Sciences. "Bioleaching and comprehensive utilization of manganese oxide ore" won the second prize of Beijing Science and technology progress award. On the basis of establishing a series of demonstration projects, a technology platform for hydrogen energy and mineral resources utilization has been formed. The cooperative utilization of deep sea mineral resources.

Chinese PinYin : Li Hao Ran