Not exact matches
Diafiltration = a design to obtain better
purification —
water is added to the feed during
membrane filtration to wash out the low molecular feed components that will pass through the
membranes, often lactose and minerals
R&D carried out here cover wastewater technology, wastes recycling and reuse,
purification and
membrane technology, biotechnology,
water quality management, and environmental hydraulics.
From a desire to develop breakthrough technologies for
water filtration and
purification, researchers have developed
membranes with artificial channels inspired by the proteins that form the pores in biological
membranes: aquaporins.
He says engineered CNT
membranes have the potential to tackle the current and future challenges in
water purification.
More speculative desalinization research aims to create «superflux»
membranes that allow
water to pass through more easily, says Mark Shannon, director of the Center of Advanced Materials for the Purification of Water with Systems (CAMPWS) at the University of Illinois at Urbana — Champ
water to pass through more easily, says Mark Shannon, director of the Center of Advanced Materials for the
Purification of
Water with Systems (CAMPWS) at the University of Illinois at Urbana — Champ
Water with Systems (CAMPWS) at the University of Illinois at Urbana — Champaign.
83 - character summary: Nature - inspired synthetic
membranes for
water purification, energy, and healthcare
Membranes are useful in a wide variety of separations, including
water purification and desalination, removal of greenhouse gases from industrial emissions, and prevention of product crossover in electrochemical cells.
Nanofiltration
membranes typically have a pore size between 1 to 5 nm and is widely used for
water softening, organic bio active substances and dechlorination,
purification, concentration, wastewater decoloration.
This discovery by the LLNL scientists and their colleagues has clear implications for the next generation of
water purification technologies and will spur a renewed interest in development of the next generation of high - flux
membranes.
Current
water purification technologies can benefit from the development of
membranes with specialized pores that mimic highly efficient and
water selective biological proteins.
The good news is that
purification technologies that include RO
membranes remove most if not all the contaminants from our drinking
water.
Researchers also have noticed that the
membrane of Streptomyces lividans cells let only some ions through, and by studying how the cell
membranes function, scientists could come up with better
membranes for
water purification, reducing the occurrence of
water - borne illnesses.
Tags for this Online Resume:
Water and Wastewater Treatment,
Water Resue, Seawater Desalination,
Membrane filtration and formation,
Membrane Bioreactor, Bioremediation of Oil Spills, Air quality management, Environmental health and safety (EHS) management, Occupational Safety, Biological treatment,
Water quality monitoring, Non-point source pollution control, Physical - chemical process, Waste management, Emerging contaminants removal, Bioenergy and fuel cell, Based treatment, Integrated fixed film activated sludge (IFAS) process, Moving bed bioreactor, Sustainable treatment and
purification technologies