This article explores the exergy analysis of the diesel engine with the selected Spirulina
microalgae bio-oil (SMBO) biodiesel. The adaptability of the biofuels as an efficient …

Renewable energy is getting more attention in recent times due to the rapid depletion of
fossil fuel reserves. Production and consumption of biofuels derived from biomass has …

The present study comprises a sustainability analysis of spirulina microalgae biodiesel
along with comparative energy-exergy-emission (3E) evaluations of a direct injection, one …

The behavior of biofuels depends on glyceride content, water content, viscosity, density, and
other properties that produce different effects on emissions and fuel performance. Therefore …

In the present work, exergy analysis has been performed on the biodiesel-biogas dual fuel
(DF) engine. The DF operation has been studied with biodiesel (Jatropha curcas) as the …

In this paper, energy, exergy and economic evaluation of a single cylinder diesel engine
fuelled with diesel fuel and two types of biodiesel-diesel fuel blends (ie, B10 and B50) were …

Energy is a determining factor for the global economy blossom. Nowadays, near 80% of the
entire energy obtained from fossil fuel is principally applied for transportation area …

Only energy analysis is not enough to define the best efficiencies of any system, so exergy
analysis uses to understand and improve the actual efficiencies of the whole system. Energy …

This study deals with comparative energy and exergy analyses of a four-cylinder
turbocharged diesel engine using two different biodiesel fuels, petroleum diesel fuel, and …

This article intends to evaluate the available energy and various losses in the diesel engine
and three different blends: D90J7. 5E2. 5 (7.5% Jatropha curcas oil and 2.5% of ethanol …