Different ligand functionalized bimetallic organic framework ((Zr/Ce) UiO-66-X (X= H, NO 2,
NH 2 and (OH) 2) solids-supported phosphotungstic acid (HPW) has been fabricated …

Palm kernel shell ash (PKSA) and used palm cooking oil (UPCO) are both waste materials
that still have economic value with proper utilization. Thus, the aim of this research was to …

The surging global demand for biofuels, precipitated by concerns regarding fossil fuel
limitations and their associated environmental consequences has thrust biodiesel into the …

The environmental concerns and government regulations have led to a surge in preparation
of biodiesels as one of the main components for renewable and alternative fuels from cost …

This paper highlights the incorporation of catalyst choice, feedstock type, and production
technique for biodiesel production, thereby addressing existing gaps in the current research …

The low free fatty acid content waste cooking oil, was collected from the MANIT canteen, and
employed during this study. The transesterification process parameters were enhanced, and …

This study explores the enhancement of biodiesel production via microwave-and ultrasonic-
assisted transesterification, comparing their efficiencies against conventional methods using …

A novel ionic liquid-based nano-photocatalyst (ILNPC), a highly efficient recyclable
heterogeneous catalyst, was synthesized for converting waste cooking oil into biodiesel and …

The current research proposed the work on the consumption of waste cooking oil (WCO) as
a valuable resource for the production of biodiesel. This study focuses on maximizing output …

Abstract Lithium-Sulfur battery (Li-S) is considered as a promising new generation battery
chemistry. Nevertheless, the sulfur based battery chemistry has downsides in terms of the …