Castor Wetland Turns Rice Mill Effluent into Biodiesel and Compost
A pilot-scale castor plant wetland removed most pollutants from rice mill wastewater while yielding biodiesel feedstock and nutrient-rich compost.
A pilot-scale castor plant wetland removed most pollutants from rice mill wastewater while yielding biodiesel feedstock and nutrient-rich compost.
A new review reframes biological nitrogen removal as an interconnected microbial network in which comammox, anammox, HNAD, and DNRA compete ...
A magnetically recoverable carbon nitride–iron oxide photocatalyst removed 91.25 percent of rhodamine B under visible light at near-neutral pH, with ...
Machine learning can predict the dynamic alpha-zero factor governing wastewater aeration efficiency with high accuracy on random data splits, but ...
A new review argues that India's water scarcity is intensified by deteriorating water quality and hidden virtual water flows, not ...
A systematic review in Applied Water Science surveys metal oxide semiconductor photocatalysts for degrading synthetic dyes in wastewater, highlighting laboratory ...
A year-long study of an Ontario wastewater treatment plant found microplastic concentrations in sludge peaked in spring at 1.5 to ...
A validated simulation-and-optimization study reports that a heat pump assisted low-temperature belt dryer cut sludge drying energy to as low ...
A new study finds that cold-stressed microalgae remove over 90 percent of tetracycline from water while accumulating lipids at up ...
Researchers report that the bacterium Serratia liquefaciens degraded kraft lignin by 53 percent in 120 hours and reduced its phytotoxicity ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine