The project ensures less fuel consumption, less emission and more power than the conventional engine, the students-- G Prakash, R Mugunthan, J Vasanthkumar and P R Devakumar--claimed in a TCE release.
This engine has two compressions and two power stroke, the release said.
In this engine, high-octane fuels are preferred because higher engine efficiencies can be attained with these fuels. Higher efficiencies mean less fuel consumption and lower atmospheric emissions per unit of work produced by the engine, the release claimed.