University of Alberta researchers have developed a new catalyst that could revolutionize how we generate power and purify water. When placed in any type of water and provided with a small amount of power, the catalyst produces ...
Drinking alcohol has been part of Australian culture for at least 240 years, and perhaps millennia prior.
Queen Mary scientists have created a new type of nanomembrane that presents a less energy-intensive way to fractionate hydrocarbons from crude oil.
A robust nanofiltration membrane that acts as a highly effective molecular sieve can avoid many of the problems with current polymer membranes.
Impure chemical mixtures can now be separated based on differences in molecular silhouette. Membranes have been developed with nanoscale pores that match the shape of impurities in the mix so that only the impurity can pass ...
A recently published paper in Science "Polytriazole membranes with ultrathin tunable selective layer for crude oil fractionation," offers an innovative membrane development solution to handle unique industrial conditions, ...
Selective removal of detrimental gases, e.g., hydrogen sulfide (H2S) and carbon dioxide (CO2) from natural gas (CH4) could become simpler and highly effective using a new class of oriented mixed-matrix metal-organic framework ...
As many chemists know, the membrane distillation (MD) process has gained increasing popularity and attention for saline treatment, especially because of its extremely high salt rejection (the theoretical value up to 100%). ...
Chemical separation processes are essential in the manufacturing of many products from gasoline to whiskey. Such processes are energetically costly, accounting for approximately 10–15 percent of global energy consumption. ...
Nanomaterials scientists from Utrecht University have improved a nanogel in such a way that it can now transport individual molecules from one liquid to the other. "By enlarging the surface area between two liquids, we can ...
