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Education: 

² Ph.D. (2002) in Physical Chemistry, Fuzhou University

² MSc (1994) in Catalytic Hydrogenation, Dalian Institute of Chemical Physics, the Chinese Academy of Sciences

² BSc (1991) in Chemistry, Fujian Normal University

Bio: 

Dr. Liu jointed Fuzhou University in 1994. He was an enthusiastic teacher and one in charge of training many graduate students. Dr. Liu's areas of research include the synthesis of high-performance cathode materials and safety control for lithium ion battery; solid state fast ionic conductor (solid state electrolyte), high specific surface materials as a sorbent for waste water treatment; nanoscale techniques on inorganic and macromolecule powder; high-effective catalyst design on hydrogenation and vehicle exhaust gas, and manufacturing technologies optimization of lithium cell, polymer processing and nano-materials. Dr. Liu’s research has been supported by National Natural Science Foundation of China and Fujian Natural Science Foundation; and by different kinds of enterprises such as environmental treatment companies, hospitals and mining company.

Professional Experience:

l Experience in synthesis of graphene at high temperature melt salt.

l Experience in synthesis of nano-ferric oxide and LiFePO4 cathode materials.

l Experience in synthesis of porous γ-Al2O3 and its application in waste water treatment.

l Experience in synthesis of LiNixCoyMnzO2 lithium ionic cathode materials.

l Research experience in preparation and characterization of high efficient DSA anode.

l Research experience in surface modification by nano-particle with different MOX.

l Experience in the management of research and development base of Zhaori environmental company as a manager.

l Experience in the process development of nano materials of Deri environmental company as a CTO.

l The valuable element recycle from mine tailings and spent lithium batteries.

l The pot hole waste water treatment after molybdenum ore excavating.

l Experience in the application of electro-dialytic technique on metallic ion contained water.

l The catalytic combustion of VOCs.

l Experience in the preparation of low-cost hydrogenation catalyst on heterogeneous reaction.

l The application of ion exchange resin on heterogeneous catalysis.

Patents

1. A method to prepare nano-SnO2 modifying Ni-Co-Mn lithium cathode materials. CN103441249A；（awarded）

2. A method to prepare carbon and CeO2 co-modifying Ni-Co-Mn lithium cathode materials. CN106252641A；（awarded）

3. A synthesis method of multi-graphene modification on graphite anode in lithium battery. CN108134085A；（publishing）

4. A method to prepare composite material of CoMoO4/MoS2 as lithium anode. CN108336335A；（publishing）

5. A method to prepare DSA electrode possessing graded distribution of IrO2 with rich content on its surface. CN109518221A；（publishing）

6. A method to manufacture separator with blocking function at high temperature in lithium battery. CN109713205A；（publishing）

7. A method to prepare LiMn2O4 modifying Ni-Co-Mn lithium cathode materials. CN110034293A； (publishing)

8. A method to prepare flexible anode in lithium battery. CN110034279A； (publishing)

9. A method to prepare graphite/nano-silicon composite anode material. CN110120506A； (publishing)