Tag: circular bioeconomy

Anaerobic fermentation of unsterilized vegetable residues at ambient temperature achieved stable lactic acid accumulation of 33.2 grams per liter using ...

An exploratory in vitro study found that pomegranate leaf extract inhibited selected bacterial pathogens while enhancing the survival of the ...

A mechanism-resolved pyrolysis framework couples thermal decomposition kinetics with life-cycle decision modeling to optimize high-value biochar production from lavender distillation ...

Researchers converted damaged wheat grains into biodegradable polyhydroxybutyrate using optimized dilute hydrochloric acid hydrolysis and a three-strain Lactobacillus consortium.

Researchers extracted cellulose fibers from pineapple leaf waste to evaluate their viability as absorbent components for paper formulations and circular ...

Researchers developed a sequential hydrothermal and dilute acid pretreatment of brewer's spent grain that yielded 48.15 g/L xylose without costly ...

Researchers have demonstrated that bourbon distillery stillage can be transformed into tunable pure mycelium materials using the fast-growing fungus Rhizopus ...

A scientific review of 202 published studies evaluates how advanced fractionation pretreatments, genetic engineering tools, and integrated biorefinery models can ...

A comprehensive review examines sustainable valorization pathways that convert industrial eggshell waste into high-value biomaterials, nutritional fortificants, and catalytic composites ...

Acute full-sib mating in a black soldier fly strain colonized for over 64 generations caused no production collapse, but inbred ...

A comprehensive review reveals that closing Africa's bioenergy gap requires overcoming structural innovation deficits and implementing cooperative conversion strategies rather ...

Researchers optimized hot-water pretreatment of almond shells to yield xylooligosaccharides and then used an engineered fungus to convert the remaining ...

A systematic review finds that Urtica dioica is a nutrient-dense plant with potential for food fortification, functional ingredients, and circular ...

A techno-economic analysis of recombinant lipase production in Pichia pastoris finds that secreted protein titre and downstream recovery, not feedstock ...

A new review details how microbial exopolysaccharides boost microbial fuel cell power output, bind heavy metals, and enable green nanomaterials, ...

A new review finds lignocellulosic biomass is the most scalable feedstock for biodegradable polymers, but high costs and limited infrastructure ...

A new review in Carbon Research maps how lignin, the abundant aromatic by-product of pulping, can be converted into controlled-release ...

A new review argues that pairing cheap waste substrates with statistical and AI-driven optimization could finally make microbial biosurfactants economically ...

A systematic review of 94 studies maps how biochemical, thermochemical and digital technologies can convert food loss and waste into ...

A new review examines how Streptomyces bacteria could produce polyhydroxyalkanoate bioplastics, highlighting omics insights, bioprocess optimization and the barriers still ...