Abstract The increment in the usage of automobiles is resulting increased greenhouse gases (GHG) emissions continuously and there a substantial need to reduce them effectively. present research work investigates emission behavior waste cooking oil biodiesel doped with CuO nanoparticles during testing Compression Ignition (CI) engines. This investigation based on effective reduction analysis emi...

Abstract In the field of Internal Combustion Engines (ICEs), increasingly stricter regulations on pollutant emissions have made necessary to continuously monitor engine operation. Indeed, in order tackle fault-induced variations performance, continuous, real-time data related engine’s thermodynamic cycle is needed: specifically, obtaining detailed information combustion phase paramount. indicat...

The fuel qualities of several biodiesels containing highly saturated, mono, and poly unsaturated fatty acids, as well their combustion exhaust emission characteristics, were studied. Six biodiesel samples divided into two groups based on acid composition, including group 1 (coconut, castor, jatropha) II (palm, karanja, waste cooking oil biodiesel). All fuels (in both groups) tested in a single-...