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The lean burn gasoline engine suffers major disadvantages for the after treatment still requiring aggressive research and development to meet future emission standards more than for the lower power density compensated by the better fuel conversion efficiency running lean.
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Brake specific fuel consumption (BSFC), volumetric efficiency, fuel conversion efficiency and engine exergy balance are discussed parameters in this study.
Product compositions are compared to equilibrium and a high extent of fuel conversion efficiency is shown.
Lastly, effects of engine operating conditions and design on the indicated fuel conversion efficiency are investigated.
BSFC is 226 g/kW.h which corresponds to a fuel conversion efficiency of 36.1%.
Diesel engines have advantages due to their potential for high fuel conversion efficiency.
Biomass-to-fuel conversion efficiency to DME is only marginally smaller than biomass-to-fuel conversion efficiency of methanol.
Expression of efficiency of the biomass-to-fuel plant in biomass-to-fuel conversion efficiency does not include electrical power consumption and district heat generation.
First results of simulations show the opportunity to achieve better than Diesel fuel energy conversion efficiency thanks to the reduced heat losses of the "cold burning" NH3 and suggest to perform the experiments needed to further support the findings.
Compared with thiophene bridge, benzene bridge provides improved IPCE and VOC, which leads to better photoelectricity conversion efficiency.
So why is so little attention being paid to getting better fuel efficiency right now?
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com