In response to the growing need for sustainable solutions, this study critically examines the
significance of thermochemical conversion techniques for producing biochar from leaves …

This study sheds light on the synthesis, properties, and application of plant husk-derived
biomass into biochar through thermochemical conversion processes. Gasification, pyrolysis …

Liquid‐phase exfoliation, a technique for enhancing the properties of biochar, has been
recognized as effective, circumventing the limitations of other methods such as high …

Biochar, a solid material derived from a thermochemical process, has received significant
attention due to its usefulness in various sectors. Previous studies have been conducted to …

The importance of carbonizing teak seed waste lies in unlocking its untapped potential for
sustainable resource transformation while achieving waste management and converting the …

Composite materials play a vital role in enhancing sustainability across various industries.
This study focuses on the development of eco-friendly composites through the integration of …

Ores serve as energy and nutrient sources for microorganisms. Through complex
biochemical processes, microorganisms disrupt the surface structure of ores and release …

The need for more efficient ethanol production methods from sugarcane-based substrates
has necessitated the study of (very) high-gravity fermentation strategies. High gravity (HG) …

The search for cleaner and renewable energy sources coupled with the need for
environmental protection has necessitated the conversion of municipal solid wastes to …

Detoxification of water resources is the need of the hour and a number of environment
friendly materials are proposed by scientist to deal with water pollution issues. The present …