The primary goal of this paper is to investigate the catalyst characterization and biodiesel
yield of a biodiesel converted from a used cooking oil source via heterogeneous catalysts …

Biodiesel production from algae oil at low temperature as well as a comparative study of
response surface methodology (RSM) and artificial neural networks (ANN) for the modeling …

The present paper implements the Box–Behnken response surface methodology for
maximizing the biodiesel yield from Pongamia oil by optimizing the four process variables. A …

This present investigation has optimized the acid and base catalysed transesterification
process parameters to enhance the conversion of used peanut oil (UPNO) into biodiesel …

The research work was conducted to develop an automated grain drinks processing
machine capable of integrating several operations (blending of soaked grains, mixing the …

With the swelling of climatic and environmental hazards, Biodiesel is playing the most
potential and significant role as the sustainable source of energy. As a substitute for diesel …

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 …

Solid calcium oxide (CaO) catalyst was prepared via the calcination of chicken eggshells as
an environmentally friendly waste resource and incorporated in a continuous centrifugal …

This research work studied the effect of reaction temperature on the yield of biodiesel from
neem seed oil by Transesterification process. The materials used are neem seeds and it …

Conventional production of biodiesel employs the use of alkaline catalysts because they are
cheaper and less corrosive, and they use minimal energy when compared to other acidic …