This paper first describes a slow catalytic pyrolysis process used for synthesizing biodiesel
from waste cooking oil (WCO) as a feedstock. The influence of variations in the catalyst type …

In the present work, different types of castor biodiesels were synthesized by using slow
pyrolysis process of raw castor oil in the presence of different types of catalysts. These …

In this study, a mixture of biodiesel fuels produced from two different kinds of waste cooking
oils was blended in 5% and 10% with No. 2 diesel fuel. The biodiesel/No. 2 diesel fuel …

In this study, blends of biodiesel and softwood derived fast pyrolysis oil (FPO) were
produced, characterized, and evaluated for thermodynamic and emission performance in a …

Waste cooking oils can be converted into fuels to provide economical and environmental
benefits. One option is to use such fuels in stationary engines for electricity generation, co …

In this study, wasted cooking oil from restaurants was used to produce neat (pure) biodiesel
through transesterification, and this converted biodiesel was then used to prepare …

Akin to biodiesel, hybrid fuels are gaining attention as a substitute to petro‐diesel, because
of low processing cost of fuel production, having comparable engine performance, and …

An experimental study was conducted on a Euro IV diesel engine to evaluate the
performance, combustion and emission characteristics of pure biodiesel and its blend fuels …

Recent increases in petroleum fuel costs, corporate average fuel economy (CAFE)
regulations, and environmental concerns about CO 2 emissions from petroleum based fuels …

Biodiesel (fatty acid methyl ester) is a non-toxic and biodegradable alternative fuel that is
obtained from renewable sources. A major hurdle in the commercialization of biodiesel from …