The catalytic performance of the synthesized LaNiO 3 (LNO) and LaSmNiO 3 (L 1-x S x NO)
perovskite structures as novel efficient catalysts for the conversion of waste cooking oil …

Biodiesel, a potent replacement for petroleum diesel, is derived from fatty acids in biomass
through transesterification, which is renewable, non-toxic, and biodegradable and is a …

The use of heterogeneous catalysts in the transesterification reaction is an eco-friendly and
cost-effective approach for biodiesel production as compared to the homogeneous catalyst …

In this article, the most important publications on the subject are compiled to highlight the
progress in biodiesel production from tropical cultivars, including energy and environmental …

Abstract Background The impact of Fe doped TiO 2 nanocatalyst on the heterogeneous
catalytic transesterification reaction of coconut oil into biodiesel has been investigated …

Eggshell is a kitchen waste containing abundance of calcium carbonate. The CO 2 from
decomposition of calcium carbonate can be used to activate biomass to produce activated …

Conversion of non-edible Reutealis trisperma Oil (RTO) into bio-oil by catalytic pyrolysis was
carried out using dolomite as catalysts. Dolomite, a sedimentary carbonate rock mineral, has …

There are challenges to replacing traditional fossil fuels completely, so producing efficient
green biofuels is crucial. In this work, waste cooking palm oil (WCPO) was used as raw …

A catalyst from the pharmaceutical waste of calcium and magnesium tablets was
synthesized for biodiesel production from waste Pistacia-Terebinthus (PT) oil with the aim of …

The catalytic transesterification of vegetable oil over heterogeneous catalysts is an effective
approach for biodiesel production. To elucidate the role of MgO in catalyzing this reaction …