Zeolite synthesis has been carried out hydrothermally, but it requires a long time and high
synthesis temperatures, resulting in increased energy consumption and synthesis costs. In …

The utilization of fossil fuels has been the leading choice in the industrial revolution despite
its negative environmental impact. Biodiesel is a well-known alternative to replace fossil …

Zeolite is an interesting material with a broad range of applications, particularly in industrial
catalysts, which transform raw materials into valuable products. For use in industry, it is …

The formation of bio-aromatics via glycerol catalytic pyrolysis is one of the glycerol
valorization strategies as biodiesel's by-product. Bio-aromatics is one of the most promising …

Biofuel is a sustainable fuel that is more environmentally friendly. Common biofuel
processing is pyrolysis, which requires high energy. The use of appropriate catalysts can …

Zeolite-encapsulated catalysts are superior catalysts with good catalytic performance in
various reactions. There are numerous methods to manufacture zeolite-encapsulated …

We study important aspects of shape selectivity effects of zeolites for hydroisomerization of
linear alkanes, which produces a myriad of isomers, particularly for long chain …

Biofuels have the potential to replace conventional fuels due to their impact on the
environment. However, to maximize product yield and ease of processing, it is necessary to …

This research examines the process of converting biomass into biofuels using
environmentally friendly nanocatalysts. The aim is to meet the growing need for renewable …

The vision of achieving Net Zero Emissions introduces a sense of uncertainty within the oil
and gas industry. Several studies have reviewed the potential contributions of the oil and …