Bio-oil is an eco-friendly energy source with potential to substitute fossil-derived fuels. This
study optimized pyrolysis conditions for production of bio-oil from rice husks. Response …

The present study evaluated the total energy output and economic feasibility of biodiesel
production coupled with value-added nitrogen-containing compounds (NCCs) through co …

In the sector of industry, there are quite a few energy production processes but pyrolysis
remains the simplest one owing to its proprieties in reducing gases that contribute to …

The need to increase bio-oil yield from biomass and enhance its fuel properties has driven
research into optimizing the pyrolysis process. This study investigated the influence of three …

Typha latifolia is one of the abundant biomass in nature, which has a high cellulose
compound that can potentially be used as a bioenergy source. This study aims to …

Pyrolysis is becoming increasingly popular as a method of producing liquid yield from
biomass. It has the potential to help build a sustainable renewable fuel market while …

This study introduces cow hoof as a novel biomass for producing activated carbon aimed at
cyanide removal from cassava wastewater. It uniquely evaluates how in-situ and ex-situ …

The environmental challenges associated with cadmium contamination in wastewater have
necessitated the development of high-performing activated carbons (ACs) for effective …

Over one thousand tons of pig hair biowaste (PHB) are produced yearly in Taiwan. The
improper disposal of PHB can have a negative impact on the environment, consequently …

This study introduces an innovative approach to synthesizing activated carbon (AC) from
Raphia hookeri kernels, optimizing its application for efficient ibuprofen removal from …