Bio-medical waste ash boosts concrete strength at 10% replacement
A new study shows that replacing 10% of cement with bio-medical waste ash can significantly improve the strength and durability ...
A new study shows that replacing 10% of cement with bio-medical waste ash can significantly improve the strength and durability ...
A new low-temperature sintering method allows waste printed circuit boards to be converted into electrodes for efficient copper electrorefining and ...
A new study finds that household affordability of sanitary landfilling depends on cost allocation rather than the overall economic wealth ...
A bibliometric review of 316 Southeast Asian circular economy studies reveals rapid publication growth alongside a persistent focus on reported ...
A new silylium-ion-initiated strategy uses phosgene to break down silicone polymers into reusable dichlorosilane monomers, offering a path for circular ...
A mixed-methods investigation in Wa Municipality, Ghana, reveals that road conditions and route markings significantly influence solid waste collection frequency.
A comprehensive review examines sustainable valorization pathways that convert industrial eggshell waste into high-value biomaterials, nutritional fortificants, and catalytic composites ...
Researchers have developed a real-time robotic sorting framework that models waste management as an orienteering problem with time windows to ...
A new review synthesizes how earthworm gut microbes drive organic waste decomposition, nutrient cycling and pathogen suppression during vermicomposting.
A new modeling study finds that mechanical recycling offers the lowest environmental footprint for China's PVC waste, while chemical recycling ...
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© 2026 Scienmag - Science Magazine