As the world addresses the increasing demand for sustainable energy solutions, biodiesel
has surfaced as a viable alternative to conventional fossil fuels. The expansion of biodiesel …

Continued depletion of fossil-based energy resources, environmental concerns, and the
necessity to assuage the ever-increasing global energy demand have resulted in efforts to …

Environmental concerns have emphasized the necessity of pursuing renewable energy in
order to reduce reliance on fossil fuel-derived sources. Biodiesel, a promising renewable …

While porous organic polymers (POPs) are known for their unique properties, their
application in basic biodiesel catalysis is innovative. This study introduces a novel catalyst …

The catastrophic ramifications of fossil fuels on the environment have prompted the search
for renewable energy sources. Over the recent decades, biodiesel has garnered attention as …

This review explores the use of waste-derived calcium oxide (CaO) catalysts in biodiesel
production, highlighting their potential as sustainable and cost-effective alternatives to …

Biodiesel production via solid acid catalysis route is one of the most promising and
environmentally friendly ways to converting waste cooking oil (WCO) into green fuels. Mo …

The renewable and clean biodiesel production makes higher demands for cheap, green and
efficient catalysts. A sulfonic-acid-functionalized LC900@ SO 3 H catalyst was prepared …

The upsurge in global pork meat consumption leading to surplus generation of byproducts,
namely, inedible pork lard (IPL), necessitates a sustainable valorization technique for …

This review explores the use of waste-derived calcium oxide (CaO) catalysts in biodiesel
production, highlighting their potential as sustainable and cost-effective alternatives to …