Biodiesel is a sustainable and renewable source of fuel. It has been considered as a
comparable substitute to petro‐diesel, which is a fast depleting resource. Many studies have …

In recent years, the production of bio-aviation fuels has received increased attention
because of its renewability and environmental benefits. Catalytic hydrocracking is a …

The implementation of this research consists of 2 (two) aspects: the making and testing of
bio-briquettes called technological aspects and economic analysis called economic aspects …

Currently, the conversion of biomass to produce high-valued biofuels such as biodiesel and
bio-jet fuel has attached booming interests, when used for partial replacement of petroleum …

Catalytic cracking of vegetable oil mainly processed over zeolites, and among all the
zeolites particularly HZMS-5 has been investigated on wide range for renewable and clean …

Financial, environmental, and supply chain analyses of empty fruit bunch (EFB) biomass are
needed for the development of a sustainable green chemicals industry in Malaysia. Herein …

Abstract Used Cooking Oil (UCO) and pure Fatty Acids (FAs) derived from food processing
represent sustainable feedstocks for biofuel production. The catalytic and non-catalytic …

This study investigated the cracking of used cooking oil using cobalt-impregnated carbon
catalysts (Co-carbon) to produce biofuel. Carbon was impregnated with cobalt at …

Hydrogenated renewable diesel (HRD), which is defined as paraffinic hydrocarbon derived
from vegetable oil and animal fat, has received consideration worldwide as an alternative …

The growing concern on fossil fuel depletion, environmental awareness, increasing energy
consumption and food-fuel conflict has initiated the thought of using non-edible oils such as …