Clean Energy Capability Portfolio | Clean Fuels |
Advanced Engine Combustion Diagnostics
and Clean Energy
Innovations
The Advanced Combustion Diagnostics group ’ s research focuses on thermodynamics , fluid dynamics , combustion , and heat / mass transfer . Their work applies directly to practical combustion systems , optimising efficiency and minimising trade-offs in stability , emissions , and cost . Via industry collaboration , the group delivers comprehensive insights and innovative solutions for sustainable energy conversion . |
Successful Applications • Leading technical expertise in the field of hydrogenfuelled compression ignition engines
• Performed world-first demonstration of a hydrogenfuelled engine operating on a dual-fuel directinjection approach ( developed by the group )
• Demonstrated exceptional combustion stability , significant substitution of hydrogen energy ( up to 90 % energy substitution ), and a remarkable reduction in pollutant emissions ( up to 70 % reduction in CO2 ), all while maintaining comparable or higher engine efficiency compared to diesel-only references
Capabilities and Facilities • Laboratory facilities that rival the top international research institutes
• Optically accessible , high-pressure , constant-volume combustion chamber ( CVCC ) capable of replicating the extreme conditions ( up to 10 MPa and 1200K ) found in existing and future energy systems
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• Proven track record of collaborating with research partners to develop advanced technological solutions , while also conducting thorough technoeconomic analyses – ensures proposed solutions can deliver technological advancements and align with partners ’ specific financial goals
Our Collaborators • MAN-Energy Solution
• Wuhan Shuanglian-Xingxin Machinery & Equipment
More Information Dr Qing Nian ( Shaun ) Chan
School of Mechanical and Manufacturing Engineering
T : + 61 2 9385 4116
E : qing . chan @ unsw . edu . au
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• Complementing an advanced chamber are optical and laser-based diagnostics tools , including a highpower pulsed Nd : YAG laser , continuous-wave lasers , photodiodes , spectrometer , high-speed colour camera , and ICCD cameras |
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• State-of-the-art facilities enable the team to conduct high-fidelity experimental measurements , generating the comprehensive database necessary for assessing and developing innovative solutions for research partners ’ energy systems |
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