NO. |
Country |
Project |
Leader |
Cooperation Unit |
1 |
UK |
Innovative Sorbent Materials and Processes for Integrated Carbon Capture and Multi-pollutant Control for Fossil Fuel Power Generation |
Wei WEI |
Research Council UK |
2 |
UK |
Development and Sub-pilot Exploitation of an Innovative Carbon Capture Adsorbent Technology Based on a Hydrothermal Process |
Wei WEI |
UK-China Science and Technology Innovation Plan |
3 |
Netherlands |
Package of higher alcohol synthesis process technology between Shell and ICC-CAS |
Yuhan SUN |
Shell |
4 |
Japan |
Study on coal bed methane to liquid fuel (DME) by partial oxidation reforming |
Yizhuo Han |
ToyamaUniversity |
5 |
Germany |
Selective oxidation of zeolite catalysts and microreactors |
Jianguo WANG |
ChemnitzUniversity |
6 |
Saudi Arabia |
Using mesoporous nanoreactor for purification of linear C6-C8 α-olefins from their mixtures |
Yuhan SUN |
KingSaud University |
7 |
Saudi Arabia |
Using mesoporous nanoreactor for the utilization of CO2to produce organic carbonate |
Yuhan SUN |
KingSaud University |
8 |
Germany |
Study on catalytic synthesis of Polyether ester polyols |
Xinkui WANG Maoqing KANG |
Bayer |
9 |
UK |
Study on graft type mesoporous materials of CO2 capture |
Yuhan SUN |
BP |
10 |
Netherlands |
Measurement and analysis of coal property and ash high temperature viscosity |
Wen LI |
Shell |
11 |
Austrilia |
The key basic theory and technology research on lignite high effective and clean utilization |
Yuhan SUN |
CurtinUniversityof Technology |
12 |
Netherlands |
Fundamental studied on enhanced coal bed methane by CO2and flue gas injection |
Jianli YANG |
Shell |
13 |
European Union |
Monitoring and verification of CO2storage and ECBM in Poland |
Jianli YANG |
EU |
14 |
Japan |
Investigation of Chinese energy supply and utilization |
Jicheng BI |
Japan's Industrial Research Institute of Nuclear Technology |
15 |
Austrilia |
Pyrolysis experiment of coal and biomass in the continuous rotary kiln |
Jinhu WU |
CurtinUniversityof Technology |
16 |
Netherlands |
Direct coal liquefaction evaluation |
Zhenyu LIU |
Shell |
17 |
Germany |
Catalytic synthesis of important organic compounds by non-phosgene |
Xinkui WANG |
Bayer |
18 |
Japan |
Study on catalyst system of biomass to liquid fuel by indirect liquefaction |
Yizhuo HAN |
ToyamaUniversity |
19 |
Austrilia |
Gasification reactivity effect of coal minerals evolution and melting, and ways to improve the efficiency of gasification |
Wen LI |
CurtinUniversityof Technology |
20 |
Canada |
Technology based on utilization of advanced clean coal |
Zhenyu LIU |
AlbertaUniversity |
21 |
Netherlands |
Industrial ecology of coal utilization |
Yongwang LI |
Shell |
22 |
Netherlands |
Mineralization of calcium and magnesium silicate reacting with reaction of CO2 |
Jicheng BI |
Shell |
23 |
Austrilia |
The development of advanced technologies to reduce pollution emissions from coal-fired power plant |
Wen LI |
MonashUniversity |