Banana Peels and Sugarcane Waste Team Up to Pull Ammonium From Water
Researchers transformed sugarcane bagasse biochar using a banana peel and ash extract, achieving enhanced ammonium adsorption through surface chemistry rather ...
Researchers transformed sugarcane bagasse biochar using a banana peel and ash extract, achieving enhanced ammonium adsorption through surface chemistry rather ...
Researchers converted sugarcane bagasse into a low-temperature activated carbon that removes over 99 percent of toxic Cr(VI) and Co(II) from ...
Researchers in India have converted sugarcane bagasse into graphene oxide and reduced graphene oxide using controlled pyrolysis, modified Hummers oxidation, ...
New research shows that prolonged storage of sugarcane bagasse lowers methane yields, shifts optimal food-to-microorganism ratios downward, and raises the ...
A new review maps how Clostridium bacteria can convert sugarcane ethanol and biodiesel waste streams into hydrogen, butanol, butyric acid, ...
Thai researchers boosted bioplastic yields from sugarcane bagasse with fed-batch fermentation and upgraded kinetic models that predict cell death and ...
Researchers have developed a cold pelletization process that compresses sugarcane bagasse compost into dense, mechanically strong pellets while keeping temperatures ...
A new review shows that sugarcane bagasse, the sugar industry's largest waste stream, can be biologically converted into high-value rhamnolipid ...
A comprehensive review highlights how sugarcane bagasse can be converted into biodegradable cellulose nanofilm packaging with mechanical and barrier properties ...
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© 2025 Scienmag - Science Magazine