ME80_Booklet_final (low)
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Research Centre for<br />
Combustion and Pollution Control (CPC)<br />
Objective<br />
• The CPC Research Centre is established to create and develop a critical mass in the fundamental and applied<br />
studies of combustion-related air pollution problems and their control.<br />
Application of Alternative Fuels to<br />
Diesel Engine<br />
Feasibility in using hydrogen, biodiesel<br />
and pentanol as fuel for diesel engines are<br />
explored. The influences of these alternative<br />
fuels on the combustion, performance,<br />
gaseous and particulate mass-number<br />
emissions, as well as the physicochemical<br />
properties of the particulates<br />
are investigated. The application of<br />
these alternative fuels is able to reduce<br />
significantly the particulate mass-number<br />
emissions and renders the particulates<br />
easier to be oxidized.<br />
Combustion Chemical Kinetics of<br />
Large Biodiesel Molecules<br />
Development of detailed reaction mechanism for<br />
the combustion of large biodiesel molecules is<br />
crucial to the utilization of biodiesel, while it has<br />
been hampered by the formidably time-consuming<br />
quantum chemistry computation of the molecules.<br />
Recently, the reactions of large biodiesel molecules<br />
with hydrogen radical are accurately calculated<br />
with a significantly efficient theoretical method. The<br />
method is expected to make a strong impact on the<br />
current theoretical study of biodiesel combustion.<br />
Multiphase and Multi-component Complex<br />
Systems with Micro- and Nano-scale<br />
The development of novel model scheme for solving<br />
the challenging problems on multiphase and multicomponent<br />
complex systems with micro- and<br />
nano-scale which have been identified in multidisciplinary<br />
areas (i.e., thermal-fluid, materials,<br />
chemical and environmental sciences) and many<br />
potential engineering applications.<br />
78<br />
ME 80th Anniversary • 1937-2017