Green hydrogen generation assisted by electroreforming of raw sugarcane bagasse waste

Abstract

An efficient and environmentally friendly pretreatment–electrochemical upcycling process for sugarcane bagasse waste to cogenerate green hydrogen and formate.

Design of a novel green bio-based organic–inorganic hybrid material for cost-effective and sustainable monitoring of antibiotic residues

“…With the increasing pressure of human activities on the environment, more and more attention is being paid to the evaluation of the environmental properties of new materials. Three parameters, E -factor, solvent consumption and life cycle assessment (LCA), 77,78 were chosen to assess the environmental effect of the SiO 2 @PVA/HA adsorbent. The environmental impact and sustainability of a product is now commonly calculated using the E -factor and solvent consumption.…”