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The primary cause of crossflow, pressure-driven membrane failure, is fouling. There are four distinct causes of fouling; however, they all result in significant reduction in permeate passage through the membrane.
The natural process of biodegradation has been utilized throughout human history for many purposes, from treating sewage to generating certain tasty beverages, and many things in between.
Whereas the total quantity of water on this planet is more or less fixed, its quality is steadily deteriorating because we have been contaminating it for thousands of years, with little concern for the consequences. Drinking water regulations continue to raise quality standards, and industrial and commercial activities require higher quality water in many applications.
The suite of crossflow, pressure-driven membrane separation technologies are arguably the most versatile technologies for separation of solids (suspended and dissolved) from water. These technologies include microfiltration, ultrafiltration, nanofiltration and reverse osmosis.
This two-hour Membrane Separation Technologies for Non-Biological Wastewater Treatment course describes how the four crossflow, pressure-driven membrane separation technologies (microfiltration, ultrafiltration, nanofiltration and reverse osmosis) can be utilized for industrial wastewater recovery and reuse.
This Reverse Osmosis Membrane Technology – Theory, Properties and Insights course covers the suite of crossflow, pressure-driven membrane separation technologies are arguably the most versatile technologies for separation of solids (suspended and dissolved) from water.
There are eight major different types of filtration media; ceramics, filter aids, monofilament nonwoven fabrics, membranes, metals, porous plastics and wetlaid. Yet,
Electrospinning is a process in which fibers of nanoscale or submicron scale are generated, as the electrified jet (composed of a highly
Simply defined, a combination filter is one that does at least one other processing job at the same time as filtering a
Hydrophilic Hydrophilic means water loving. Most common filters use hydrophilic media. Examples of hydrophilic filters are that wet or “wet-out” with water
Cigarette smoke is an important aerosol in the air filtration industry and research. It is an unwanted aerosol and therefore there are
Newly developed UPE membrane composites are compared with commercial PTFE membranes in a study being done at Lydall Filtration. UPE has specific
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