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<p>Researchers at Georgia Tech describe a new kind of polymer membrane they created that could reshape how refineries process crude oil, dramatically reducing the energy and water required while extracting even more useful materials. The team also created artificial intelligence tools to predict the performance of these kinds of membranes, which could accelerate development of new ones.</p>

A recent study published in Joule examines how bank-tube-inspired modules could help improve direct air capture (DAC) technology. The motivation behind thi | Technology

Atlanta GA (SPX) Jun 22, 2023 - What started as a simple errand to deposit a check at a bank drive-through became the kind of aha moment found mostly in books and movies. Georgia Tech researchers had been working on an ide

Clean energy is the leading solution for climate change. But solar and wind power are inconsistent at producing enough energy for a reliable power grid. Alternatively, lithium-ion batteries can store energy but are a limited resource.

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Industrial processes for chemical separation, including natural gas purification and the production of oxygen and nitrogen for medical or industrial uses, are responsible for about 15 percent of energy use worldwide. Researchers at MIT and Stanford developed a membrane to carry out separation processes with roughly 1/10 the energy use and emissions.

Industrial processes for chemical separations, including natural gas purification and the production of oxygen and nitrogen for medical or industrial

By Tim Wogan2021-04-15T18:02:00+01:00 Selectively trapping toxic or useful ions could reduce toxicity of brine waste and offset costs A new type of purification membrane that could simultaneously produce fresh water for drinking or agriculture and absorb specific contaminants from the brine left behind has been demonstrated by researchers in the US. The team believes the technology could potentially help to extract potable water from difficult sources without complex, multi-step processes, as...

Posted Today Wearing a face mask can protect yourself and others from Covid-19, but the type of material and how many fabric layers used can significantly affect exposure risk, finds a study from the Georgia Institute of Technology. The study measured the filtration efficiency of submicron particles passing through a variety of different materials. For comparison, a human hair is about 50 microns in diameter while 1 millimetre is 1,000 microns in size. “A submicron particle can stay in the ai...

Properly fitted multilayer masks block 84 per cent of particles expelled by a person wearing it, while two people donning these types of masks can reduce transmission by close to 96 per cent, according to a new study. While wearing a face mask can protect people from COVID-19, scientists, including those from Georgia Institute of Technology in the US, said the type of material, tightness of fit, and the number of fabric layers used can significantly affect exposure risk to the novel coronavir...