Generating value from wastes via pyrolysis has been increasingly researched in recent
times. Biochar is a versatile pyrolysis product with yields based on many process …

This study aimed to bring a new lignocellulosic raw fiber material source to the green
composite and textile industries. Lignocellulosic fibers were taken out from the stem of Ficus …

Surfactants present in handwashing wastewater impede performance of biological treatment
processes. In this study, design expert software was used to optimise a composite adsorbent …

Biomass-based fiber-reinforced polymer composites have emerged as a pioneering
alternative for polymer matrix composites due to their low strength-to-weight ratio and as …

The paper comprehensively reviews the upcycling and utilization of agri-food loss and
wastes (FLWs) in poly (lactic acid)(PLA)-based biocomposites from the perspective of …

Cellulose present in natural plant sources has better potentials to replace traditional
synthetic fibers. However, a lack of knowledge and awareness on cellulose hinders efforts to …

The impact of dumping plastic waste is realized in different ecosystems of the planet.
Several methods have been adopted to dispose of these wastes for energy recovery. This …

The creation of tenable green composites is in high demand, due to ecologically available
resources paving the way for applications to thrive in the manufacturing, aerospace …

Raw biochar can be enriched with nutrients from digestates through adsorption producing
nutrient-enriched biochar. The nutrient-enriched biochar can be used as a soil amendment …

Additive manufacturing has garnered significant attention as a versatile method for
fabricating green and complex composite materials. This study delves into the fabrication of …