Chemistry and Diagnostics for Clean Combustion
June 21st to 23rd, 2017
at the Center for Interdisciplinary Research
- ~40/100 vacancies for registration
active participation - to be assigned after April 15th (early-bird and abstract deadline):
- up to 15 contributed and rapid poster talks
- chairs for break-out discussions
- up to 30 remaining poster slots
- meals and coffee included
- networking, discussion, fun
- New: SMARTCATs to support participation to the cdcc2017 meeting
- Your perspective counts - register now!
Providing clean(er) energy is one of the grand societal challenges. Today more than 80% of the global primary energy for transportation and power generation involves fossil-fuel combustion, with a slowly increasing fraction of bio-derived fuels. Combustion of fossil fuels increases carbon dioxide concentration in the atmosphere and it leads to undesired pollutants, including especially nitrogen oxides and particulates. Climate effects, poor air quality, and health issues have increased global awareness regarding these emissions. Because of the scale of energy needed, the increase of population and demands of emerging economies, however, it is hard to replace fossil-fuel combustion processes in the short term. Meanwhile fuel efficiency, alternative fuels, the decrease of carbon dioxide emission, and compliance with strict emission standards are the main issues that need urgent attention.
In a discussion-oriented, interdisciplinary approach, this international meeting will focus on some rapidly emerging and particularly timely issues in combustion, including increased efficiency, alternative fuels, and pollutant formation. To understand these issues, knowledge from chemistry, physics, and engineering must be combined: from Chemistry, because novel fuels and new efficient combustion strategies will lead to different chemical pathways and emissions; from Physics, because chemical pathways and reactive species must be identified and monitored with suitable diagnostics, and from Engineering, because practical processes define the vastly different boundary conditions. The meeting thus aims to provide forefront knowledge from different international foci, to reflect strategies for the future, and to form nuclei for joint research activities. The program composed of invited lectures by eminent international experts as well as contributed talks, selected from submissions, and poster presentations includes ample time for networking and informal exchange. A concluding discussion session will be devoted to identify future needs and perspectives.