Biodiesel has attracted widespread attention as a potential alternative energy source to
fossil-derived fuels. The application of heterogeneous catalysts for biodiesel production can …

Fossil fuel shortages, rising petroleum prices, worldwide demand for renewable energy, and
greenhouse gas (GHG) emissions due to anthropogenic activities are increasing interest in …

Transition metals, which are of diversity in their bonding orbitals, have a variety of significant
oxidation states and more complex chemical properties compared to the main group metals …

The ever-detrimental condition of the environment due to the fossil fuel utilization has
catalyzed the development of biodiesel. Biodiesel is produced mainly via transesterification …

The increase in human consumption of plant and animal oils has led to the rise in waste
cooking oil (WCO) production. Instead of disposing the used cooking oil as waste, recent …

Abstract Magnetic bifunctional SrO–ZnO/MOF catalyst supported on metal-organic
framework (MOF) was synthesized for one-step biodiesel production from high acid value …

Utilizing robust heterogeneous catalysts to efficiently produce biodiesel from low-cost non-
food oil is very important for replacing fossil energy to meet globally increasing energy …

For the first time, this work investigates the performance of cuprospinel CuFe 2 O 4
nanoparticles as a heterogeneous catalyst for effective and sustainable biodiesel production …

Dwindling oil reserves, concerns over climate changes related to CO 2 emissions, and
increasing demands on energy have intensified the interest and efforts in the utilization of …

Biofuel was, is, and will continue to be the most in-demand energy source in the twenty-first
century. One of the most efficient and cheapest ways of producing bioethanol is through the …