Renewable resources such as biomass are essential in increasing energy security and
enabling countries to reduce greenhouse gas emissions. Biomass can be converted into …

Increasing energy demands require exploring renewable, eco-friendly (green), and cost-
effective energy resources. Among various sources of biodiesel, microalgal lipids are an …

Developing catalytic chemical processes for a sustainable future is a constant challenge
involving different knowledge áreas (Sakakura et al., 2007; Yang et al., 2013; Götz et al …

The problems of environmental pollution caused by the operation of power plants and
engines motivate researchers to develop new biofuels. The environmental aspect of …

Pyrolysis has emerged as a highly promising technology for the efficient utilization of organic
materials, particularly lignocellulosic materials. This study investigates the behavior and …

With increased worldwide energy demand and carbon dioxide emissions from the use of
fossil fuels, severe problems are being experienced in modern times. Energy is one of the …

Generation of biofuels obtained from lignocellulose biomass as a source can fundamentally
decrease energy requirement from the conventional fossil fuels and their consecutive …

It is highly significant to develop effective catalysts made from non-precious metals for the
hydrodeoxygenation (HDO) process of eugenol to propylcyclohexane. A triazine polymer …

Depolymerization of carbohydrate biomass using a long-chain alcohol (transglycosylation)
to produce alkyl glycoside-based bio-surfactants has been gaining industrial interest. This …

Catalysis plays a crucial role in sustainable chemistry, as demonstrated in this review article.
The introduction highlights the importance of catalysis in sustainability and summarizes …