Tag: Biomass valorization

Sulfuric acid hydrolysis of endemic Aceh Sigupai rice husk showed that increasing acid concentration to three moles per liter enhanced ...

A new review argues that rare earth metals such as cerium, yttrium, europium, and terbium can steer the complex electrochemical ...

A new review details how agricultural and forestry waste can be converted into high-value nanocellulose, while warning that energy demand, ...

Scientists converted industrial lignin into fluorescent carbon dots embedded in iron-cobalt hydroxide electrodes that store record charge and, after the ...

A Gaussian process surrogate model trained on 346 fixed-bed adsorption experiments was coupled with genetic and swarm-based optimization to balance ...

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

A statistical optimization study found that solvent-to-solid ratio, not extraction time, governs phenolic recovery from cassava leaves during ultrasound-assisted extraction, ...

A microwave-assisted method converts pistachio shell waste into fluorescent carbon dots that show antioxidant activity, selective toxicity toward neuroblastoma cells, ...

Researchers converted non-recyclable polypropylene manufacturing waste and biomass into higher-quality bio-crude using an alumina–silica industrial waste as a low-carbon heterogeneous ...

A critical review links waste biomass and carbon dioxide to polymer design, finding that greener bioplastics depend on integrated processing, ...

A laboratory study using machine learning to optimize hydrothermal production of carbon quantum dots from tea processing waste reported a ...

Ethiopian researchers used ultrasound-assisted alkaline treatment and two-stage bleaching to convert coffee parchment waste into high-purity, thermally stable microfibrillated cellulose.

Discarded Amazonian Sacha Inchi shells transformed into carbonaceous materials that remove mercury from water with remarkable efficiency, offering a sustainable ...

A new review maps how biomass-derived platform molecules such as furfural, levulinic acid, and succinic acid are replacing petroleum feedstocks ...

A comprehensive new review maps the full pathway of biomass-derived nanocellulose from agricultural waste extraction through green processing to advanced ...

Researchers boosted the visible-light conversion of biomass-derived HMF into the valuable chemical DFF by 2.3 times simply by engineering higher ...

Mexican researchers used hydrothermal carbonization to convert orange peel waste into a bio-oil containing phenolic antioxidants, finding peak yields and ...

In the rapidly evolving realm of renewable energy and sustainable chemistry, researchers are continuously exploring innovative solutions to convert biomass ...

The realm of renewable and sustainable chemistry has witnessed significant transformations as researchers continuously explore efficient methods for converting abundant ...