This review manuscript delves into lignocellulosic biomass (LCB) as a sustainable energy
source, addressing the global demand for renewable alternatives amidst increasing oil and …

Dark fermentation is an eco-friendly route for producing hydrogen, a clean next-generation
fuel. The present study reports valorization of food waste to biohydrogen (bioH 2) through …

Isopropanol is a versatile biofuel and industrial chemical used as a solvent, intermediary
material, and fuel. Traditional petroleum-based production methods are energy-intensive …

The catalytic dehydrations of methanol and n-butanol on strongly acidic solids have been
tested in two types of microreactors in the gas phase between 80–240 ºC. For the methanol …

In recent years, biohydrogen production (produced from renewable sources either
biologically or photo-biologically) has attracted substantial interest from researchers …

This chapter delves into unlocking the latent potential of lignocellulosic by-products,
exploring the innovative production of butanol. These by-products are abundantly generated …

Efficient bioalcohol production is a key strategy for sustainable and environmentally friendly
practices, especially in utilizing abundant lignocellulosic biomass (LB) derived from …

A sustainable, industrial-level production scheme for bioalcohols remained the area of
active research for several decades and has garnered impetus from several fronts, spanning …

Abundant agrobiomass represents a promising source of sustainable platform chemicals
and alternative fuels. According to recent studies, agrobiomass could be used for producing …

In the current environmentally conscious era, the synthesis of polymers via traditional
chemical methods is increasingly perceived as environmentally unfriendly due to extensive …