Tag: water treatment

The search for biological approaches to PFAS destruction reflects a broader recognition that conventional treatment trains, while effective at separating ...

Researchers in India have created a magnetically recyclable nanobiocatalyst that co-immobilizes laccase and glucose oxidase to restore fouled polypropylene membranes, ...

An amine-terminated zirconium metal-organic framework removed 99.86 percent of lanthanum from water and showed strong selectivity even in seawater, according ...

Researchers embedded ultralong hydroxyapatite nanowires in PVDF membranes, raising forward osmosis water flux by about 70 percent while improving antifouling ...

A new study shows dried banana peel waste can remove copper and chromium from contaminated water, with fractal kinetic models ...

An Indian research team used a pyrrolidinium ionic liquid in dispersive liquid-liquid microextraction to recover about 89 percent of chromium ...

University of British Columbia researchers have shown that hackers can disrupt water and energy infrastructure by analyzing encrypted traffic patterns ...

Researchers in India have developed an electrospun PVDF membrane loaded with carbon quantum dots and titanium dioxide that removes 74.4 ...

Researchers combined manganese-doped ZnO/silica nanocomposites with machine learning and digital colorimetry to achieve rapid, nondestructive quality control and 96% visible-light ...

Researchers in India have transformed steel slag and sugarcane bagasse ash into a geopolymer concrete that meets structural strength standards ...

Researchers transformed sugarcane bagasse biochar using a banana peel and ash extract, achieving enhanced ammonium adsorption through surface chemistry rather ...

A first-of-its-kind statewide study detected the ultra-short-chain PFAS compound trifluoroacetic acid in more than 91 percent of New Jersey tap-water ...

Researchers have engineered leach-resistant graphene oxide-metal oxide coatings on sand that remove pharmaceutical pollutants from water with long-term stability and ...

Researchers transformed waste corn silk into a magnetically recoverable Fe3O4 composite that removes up to nearly 99 percent of hexavalent ...

Researchers have built an antifouling polypyrrole membrane with a tannic acid-anchored titania nanosheet and graphitic carbon nitride interlayer that dramatically ...

Researchers have deliberately retained the bead-on-string defects normally avoided in electrospinning, turning them into a magnetic nanofibrous adsorbent that rapidly ...

Researchers in Moldova transformed walnut shells into citric acid-modified activated carbons and showed that surface chemistry, not surface area, governs ...

Researchers have developed a green-synthesized gallic acid, tin oxide and activated carbon nanocomposite that removes up to 98.64 percent of ...

A new Fe3O4/Co@NC/Ti3C2Tx composite activates peroxymonosulfate to completely degrade tetracycline within ten minutes, revealing how pyrolysis temperature tunes interfacial synergy ...

Researchers have created a mesoporous nitrogen-doped titanium dioxide photocatalyst that degrades 99.3 percent of Rhodamine B dye in water within ...