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The convergence of geopolitical instability and climate-related shocks has intensified the need for resilient food systems grounded in the regenerative principles of the Circular Economy (CE) while advancing the United N...

The conversion of tea twig biomass into porous activated carbon presents a sustainable pathway for mitigating CO2 emissions. This study systematically compares two thermo-chemical synthesis routes, activation-carbonizati...

Combining densification with torrefaction can substantially improve fuel properties, including energy content, grindability, and hydrophobicity, enabling torrefied pellets to replace coal in pulverized fuel boilers. This...

In this work, we report a class of high surface area biomass derived carbon material- (BCMs) obtained from industrial black tea process waste biomass (TW) as a support for synthesis of the nanoparticulate Pt supported on...

Recent research has developed systems for the chemical looping (CL) gasification of biomass using iron (Fe)-based metal oxides as oxygen carriers (OCs). The present study constructed a CL fuel cell utilizing lignosulfona...

Objective: The objective of this study was to synthesise a novel silver nanocomposite incorporating quorum-quenching enzyme N-acyl-homoserine lactone-lactonase Est816 (Ag-Est816) to inhibit periodontal biofilm formation....

Microalgae are promising platforms for CO2 mitigation. However, high CO2 exposure can impose physiological and environmental constraints, such as acidification and disruption of cellular homeostasis, which impair sensiti...