Waste frying oils (WFO) are a promising source in terms of feedstock for biodiesel
production, and have a lower cost than the typical refined vegetable oils. In addition, the use …

The most powerful approach to processing biodiesel is supercritical methanol
transesterification. This process has several benefits over catalytic transesterification in that …

Fats, oils, and grease (FOG) is a waste which collected from the kitchen and restaurant
wastes. This waste causes sewer blockage in many countries because of the rising of …

Biodiesel production using supercritical methanol in the absence of catalyst has been
analysed by studying the main factors affecting biodiesel yield. A quadratic polynomial …

In this study, biodiesel production from castor oil has been investigated. Five independent
variables including; methanol to oil (M: O) molar ratio, catalyst concentration, reaction …

Methyl ester production from jatropha–algae oil is conducted through a transesterification
process. Consequences of four parameters, the molar ratio (oil: methanol), the reaction …

The exhaustion of natural resources has increased petroleum prices and the environmental
impact of oil has stimulated the search for an alternative source of energy such as biodiesel …

In this study, valorisation of high acid value waste cooking oil into biodiesel has been
investigated. Non-catalytic transesterification using supercritical methanol has been used for …

The radical depletion of Hydrocarbon fuels and considerable mount in the price of an
existing source of energy increased the demand for an alternative source. Biodiesel is the …

The emerging biofuel industry plays a pivotal role in transitioning from conventional sources
of energy to renewable sources. The advent of biodiesel can revolutionize the petroleum …