Biohydrogen is a green energy carrier with the potential to reduce our dependency on fossil
fuels. The production of biohydrogen from lignocellulosic materials may be low cost, but …

Fossil fuel reserves have drastically decreased over the past two decades, contributing to a
worldwide decline in energy sources. The volatility of energy prices and their serious …

The consumer demand for protein rich foods urges the exploration for novel products of
natural origin. Algae can be considered as a gold mine of different bioactive compounds …

Biomass processing employing ionic liquids is already an established option at the
laboratory scale. Ionic liquids can disrupt and deconstruct the lignocellulosic biomass …

Global energy demands are rising fast, and trying to develop clean energy sources can
mitigate climate change. Green Hydrogen is one of them and can be generated using …

With the increasing emphasis on sustainability and eco-friendliness, a novel biodegradable
packaging materials has received unprecedented attention. Nanocellulose, owing to its high …

Background Biomass catalytic pyrolysis is one of the effective methods for biomass
utilization. Understanding the compound composition changes in bio-oil from biomass …

Climate change endangers human survival, causing heat waves, floods, storms, polar ice
loss, ocean acidification and rising sea levels. These effects harm the food supply and living …

The utilization of lignocellulosic biomass promotes the concept of sustainability and
contribute to carbon neutrality. In contrast to traditional biomass pretreatment, lignin-first …

Generating green hydrogen through biomass thermochemical conversion is pivotal for
contributing to carbon neutrality. However, the efficiency of hydrogen production is hindered …