Speakers
Prof. Zhongmin Liu
Director, Dalian Institute of Chemical Physics (DICP), Chinese Academy of Sciences
Prof. Liu received his BS degree in Physical Chemistry from
Zhengzhou University in 1983 and his PhD in Physical Chemistry from
Dalian Institute of Chemical Physics in 1990. He has been the Director
of Dalian Institute of Chemical Physics, CAS since 2017.
Prof. Liu has long been engaged in the catalysis research, process
development, and technology transfer in the field of energy conversion
and utilization, and made remarkable achievements.
In 2006, as a leading scientist, Prof. Liu, together with partners and
his colleagues, has successfully accomplished the industrial
demonstration test of Methanol (coal or natural gas based) to olefins
technology (DMTO) technology. In 2010, DMTO technology was first
licensed to Shenhua Group to build the world's first commercial coal to
olefins plant (600 kt/a polyolefins) in Baotou, China, which was successfully started up in August 2010.
For the contribution of DMTO technology, Prof. Liu and his team won the first prize of the National
Technological Invention Awards of China in 2014. So far, DMTO process has been licensed to 31 units
with a total olefins production capacity of 20.25 Mt/a. And fourteen commercial DMTO units have
been put into stream with olefins production capacity of 8.36 Mt/a. This breakthrough leads the coal
to olefins to become a new industrial sector in China, which greatly changes Chinese light olefins
supply and impacts the light olefins market worldwide. Besides DMTO, Prof. Liu has also developed
many other new catalysts and catalytic processes, such as methanol to ethanol(DMTE), propylene
to isopropanol and methanol to dimethyl ether. In 2017, the world’s first Coal-to-Ethanol (methanol to
ethanol) demonstration plant (100 KTA ethanol) has been commissioned. Up to now, three DMTE
units have been licensed with the ethanol production capacity of 1.4 MMt/a. It is expected that a
number of more DMTE units will be licensed in near future. As DMTE technology can turn the
relatively abundant of coal resources into ethanol, it can safeguard China’s food supply security while
reduce air pollution since China is now implementing the new policy for bending gasoline with 10%
ethanol.