Table of Contents
Placeholder — new membrane efficiency gains and where projects are breaking ground.
Desalination Costs Fall as Membrane Technology Improves
Related
Co-Producing H2 and Fresh Water from Seawater
A research team has developed a new industrial process that generates hydrogen from seawater while simultaneously producing fresh water — turning what is normally a wasted byproduct of electrolysis into a second, valuable output.
Dyed wool a sustainable water purification alternative
By Tom Fleischman, Cornell Chronicle Scientists project that by 2050, nearly half the global urban population will not have enough potable water – a 50% increase since 2016. New and sustainable methods for desalination are needed, and Cornell researchers have one potential solution – in part inspired by the bird of paradise.
Latest
Solar Device Turns Seawater and Toxic Waste into Clean H2
Researchers have built a solar-powered device that generates clean hydrogen from seawater while simultaneously breaking down hydrazine, a highly toxic pollutant found in industrial wastewater.
Co-Producing H2 and Fresh Water from Seawater
A research team has developed a new industrial process that generates hydrogen from seawater while simultaneously producing fresh water — turning what is normally a wasted byproduct of electrolysis into a second, valuable output.
A one-atom swap gives plastic-eating enzymes a major performance boost
Scientists at the Australian National University have found that altering a single atom within an already highly engineered enzyme can significantly boost its ability to break down plastic
Testing spray-on solar cell technology for autonomous aircraft
Source: University of Sheffield Scientists will begin testing a new way to use spray-on solar cell technology to power autonomous aircraft that fly high in the atmosphere and provide communication networks - enabling more people around the world access to digital technologies. The School of Mathematical and Physical Sciences has