Published in Discover Chemical Engineering, the study demonstrates a circular approach where the residual substrate from enzyme production is not ...
Anaerobic fermentation of unsterilized vegetable residues at ambient temperature achieved stable lactic acid accumulation of 33.2 grams per liter using ...
A genetically modified Rhodobacter capsulatus strain converts hydrothermal carbonization process water from food waste into high-purity hydrogen with yields significantly ...
Researchers converted damaged wheat grains into biodegradable polyhydroxybutyrate using optimized dilute hydrochloric acid hydrolysis and a three-strain Lactobacillus consortium.
A study in Frontiers in Materials reveals that adding recycled iron-cobalt framework material at moderate dosages enhances methane production from ...
Researchers have demonstrated that bourbon distillery stillage can be transformed into tunable pure mycelium materials using the fast-growing fungus Rhizopus ...
Engineering researchers have synthesized a sustainable exterior wall cladding composite from recycled plastic bottles, scrap tire steel fibers, and rice ...
In a preliminary laboratory experiment, researchers chemically repurposed cigarette filters into a nutrient-rich soil amendment that met European Union fertilizer ...
A systematic review demonstrates that marine, agricultural, and food processing wastes can be transformed into biocompatible scaffolds for tissue engineering ...
A new review finds waste-based surfactin fermentation delivers 1 to 5 grams per liter while engineered strains on defined media ...
Researchers in Japan converted waste jute sticks into ultraporous biochar using pressurized CO2 activation, achieving a 57.4 wt% yield, a ...
Researchers converted rubber seed oil into a methyl ester sulfonate dispersant that kept coal-water slurry viscosity below the 1000 mPa·s ...
Researchers synthesized copper nanoparticles on pomegranate peel-derived hydrochar that achieved 97.4 percent oleic acid conversion for biodiesel production and kept ...
Coffee grounds ash, acting mainly through potassium carbonate, activated slag mortars with compressive strengths up to 33 MPa, though KOH ...
A bibliometric analysis of 1,832 Scopus-indexed articles from 2020 to 2025 finds sustainability research on agri-food and aquaculture value chains ...
A controlled study found black soldier fly larvae reared on kitchen waste grew fastest and emitted the least ammonia, while ...
A multi-omics study of one black soldier fly rearing event linked gut bacterial and fungal dysbiosis to larval health divergence ...
A new review argues that pairing cheap waste substrates with statistical and AI-driven optimization could finally make microbial biosurfactants economically ...
A two-stage fermentation process converts spent coffee grounds into ethanol, bacterial biomass and active -hydrogenases using yeast and E. coli.
Researchers converted biogas digestate into nitrogen-enriched artificial humic acid via hydrothermal humification, with biogas slurry as the reaction medium boosting ...
