"Super Sand" to capture filtration market

Researchers from Monash University (Australia) and Rice University (Houston, TX) recently announced a new development in water filtration technology. They have created a “super sand” which operates under the same method as millennia-old slow sand filtration. The “super sand” is created used a graphi...

This research is archived and therefore no longer available. For further assistance please contact your Customer Success Manager or email ClientEngagementTeam@luxresearchinc.com. Thank you!

Related Research


Company Profile | June 01, 2021

Membrion produces ceramic‑based ion exchange membranes; it uses polymer supports functionalized with nanoporous silica gel, which makes the membranes chemically and thermally robust for water treatment and energy applications In water treatment, the membranes are used in an electrodialysis ... Not part of subscription


Company Profile | January 31, 2022

Advanced gas separation membranes offer high selectivity without sacrificing permeability; their materials can operate on the upper bounds of Robeson plots The company manufactures membranes using a family of ladder polymers that can prevent plasticization at pressures up to 50 bars, are ... Not part of subscription

Via Separations

Company Profile | February 25, 2022

Graphene oxide (GO)‑coated polymer membranes in the nanofiltration range are used for dewatering, product concentration, purification, and solvent filtration Robust GO coats allow the membranes to operate in broad pH and temperature ranges and at moderate pressures; the technology can replace ... To read more, click here.