Waste-Derived Hydroxyapatite Emerges as a Green Booster for Biohydrogen Fermentation
A new review shows that hydroxyapatite synthesized from eggshells, bones, and other waste can stabilize fermenter microbes and boost sustainable ...
A new review shows that hydroxyapatite synthesized from eggshells, bones, and other waste can stabilize fermenter microbes and boost sustainable ...
A field study in Ethiopia's Girar Jarso district shows each household biogas plant saves about 1,131.5 kilograms of fuelwood and ...
Researchers in Zimbabwe used the NEREUS decision support tool to design a retrofit that could recover fertilizer, energy and reusable ...
Researchers report that a thermophilic archaeon from hot spring sediments can directly convert long-chain fatty acids into methane through a ...
A pilot study in Nigeria shows that anaerobic digestion of poultry droppings in a continuous stirred tank reactor can produce ...
A new life cycle assessment finds that integrating a biorefinery into a dairy farm can cut emissions and recover nutrients, ...
South African researchers found that just 2 grams of biochar per litre boosted methane production from slaughterhouse wastewater by over ...
A new review warns that sewage sludge fertilizers carry heavy metals, pathogens, pharmaceuticals, and microplastics, arguing that safe agricultural reuse ...
A systematic review of 119 studies finds that no single pretreatment method optimally boosts methane yields from agricultural waste, with ...
A new analysis argues that biogas has fallen far behind wind and solar on cost and feedstock grounds, and should ...
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© 2025 Scienmag - Science Magazine