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Cross Flow Filtration Product Applications
16 applications found
To separate solids from liquids, nonwoven or woven fabrics out of animal or vegetable fibers are used, and synthetic fibers are now in use since several decades. In cross-flow filtration the filtrate is recuperated transversely to flow direction through a porous wall layer. ...
ByBucher Unipektin AG based in Niederweningen, SWITZERLAND
Industrial wastewater applications including metals finishing, semiconductor processes and fluoride reduction utilize cross flow filtration systems to provide optimal flux and prolonged filter functionality. Porex’s cross flow membranes, specifically microfiltration and ultrafiltration membranes, work to create an optimal cross flow filtration system that’s long ...
ByPorex - Filtration Group based in Fairburn, GEORGIA (US) (USA)
A wide range of sample acquisition and filtration systems are available to prepare even the most difficult of samples for reliable on-line analyser measurement. The correct choice is often critical to prevent analyser blockage and optimise performance. Cross Flow Filtration The PPM cross flow filter, is a simple in-line device used to protect an analyser from ingress of solids, for applications where sample ...
ByPollution & Process Monitoring Ltd based in Sevenoaks, UNITED KINGDOM
Industries including automotive, aerospace and electronics utilize processes that include metal finishing and metal working to produce or plate products and components. These processes, such as electroplating, can often result in wastewater contaminated with heavy metals that require treatment prior to recycling or discharge. Porex Tubular Membrane Filters (TMF™) provide the best option for many recycling or discharge treatment systems. The Porex membranes combine extremely rugged, durable construction for ...
ByPorex - Filtration Group based in Fairburn, GEORGIA (US) (USA)
High fluoride levels in wastewater can be problematic for industries using hydrofluoric acid (HF) as a cleaning agent or etchant, such as the semiconductor, solar cell and metals manufacturing industries. HF is also used as a reactant or catalyst in the plastics, pharmaceutical, petroleum refining and refrigeration industries. Fluoride concentrations from these industries may range from 100 to more than 10,000 ppm in rinse waters, but discharge limits are often below 20 ppm. ...
ByPorex - Filtration Group based in Fairburn, GEORGIA (US) (USA)
The semiconductor, microelectronics, solar cell and solar panel manufacturing industries use large volumes of process and ultrapure water. The processes using this expensive water often leave contaminants that can be very difficult to remove using conventional water treatment. These include die sawing and backgrinding grit, dissolved metals, fluoride and other ...
ByPorex - Filtration Group based in Fairburn, GEORGIA (US) (USA)
High Solids Filtration - SDI/Solids Reduction: The two (2) main technologies used to reduce suspended solids are clarification and media filtration. Clarifiers require a high level of monitoring and supervision to prevent the passing of large slugs of solids due to temperature and chemistry upsets. In addition, the organic polymers used in clarifiers (to promote flocculation), can also cause problems. An excess of these polymers will foul downstream filtration equipment such as RO membranes or nanofilters. Since ...
ByPorex - Filtration Group based in Fairburn, GEORGIA (US) (USA)
With the increasing need for recycling industrial waste water – either because of limited water resources or because of stricter waste water discharge regulations – many industrial producers are considering implementation of zero liquid discharge (ZLD) filtration systems. A ZLD system contains several processes that together separate unwanted substances from the waste water to produce high quality water for reuse. ZLD processes virtually eliminate all waste water discharge. ...
ByPorex - Filtration Group based in Fairburn, GEORGIA (US) (USA)
RO Reclaim/Zero Liquid Discharge (ZLD) with Lime Softening for Industrial Processes including Power Plants, Mining Industry, Steel Industry. Typical recycling, reuse and process water systems use Reverse Osmosis (RO) technology as the method of decreasing the level of ions in process water. RO recovery rates normally range from 50-75%, therefore 25-50% of the RO feed water is discharged as wastewater. With the increasing cost of water and waste discharge, more companies are looking to recover and reuse RO reject ...
ByPorex - Filtration Group based in Fairburn, GEORGIA (US) (USA)
Emulsified oil in wastewater can be problematic for industries wanting to discharge or recycle it, such as the automotive, aerospace, textile and plastics industries. Oil concentrations from these industries may range from 1,000 to more than 100,000ppm in wastewaters, but discharge limits are often below 100ppm. Today, recycle and reuse are needed for any viable water source. To reuse or recycle wastewater, oil levels of less than 30ppm are required. ...
ByPorex - Filtration Group based in Fairburn, GEORGIA (US) (USA)
Premium
As a complete solution provider, we have applied our experience and expertise to develop our beer crossflow filtration cartridges and the Beer-COR™ system line. Our filtration solutions are energy efficient and are environmentally friendly to help your company comply with increasing stringent product quality ...
ByKovalus Separation Solutions, Inc. based in Wilmington, MASSACHUSETTS (USA)
Premium
Mantec has at your disposal a range of separation and filtration technologies providing unique, cost-effective solutions to our customers’ processing challenges. Predominantly we offer products including ceramic filtration solutions, membrane separation technology, hygienic housings and complete crossflow filtration ...
ByMantec Technical Ceramics Ltd based in Stoke-on-Trent, UNITED KINGDOM
Premium
As a complete solution provider, we work to improve the efficiency and yield of your wine production. We offer our Wine-COR™ crossflow filtration systems to clarify wine, and Lees-COR™ systems to recover more wine from lees and increase production yield. Our RO and NF technologies are used for alcohol and acidity reduction in ...
ByKovalus Separation Solutions, Inc. based in Wilmington, MASSACHUSETTS (USA)
Membrane Specialists Products and Technologies; In the food and beverage industry, Membrane Specialists products and technologies improve clarification and concentration and preserve color so that producers of fruit juices, vegetable juices and wine can offer higher value products while maximizing usable ...
ByMembrane Specialists LLC based in Hamilton, OHIO (USA)
Before the innovation of membrane processing was introduced to the dairy industry, in the late 1960's, whey was truly a waste product of cheese making. Three important events have driven whey towards further processing; increased cost of dumping whey into the environment; new technologies to separate the proteins in whey and scientific research that has uncovered the wide range of nutritional and biological properties of whey that have ultimately added value to a once wasted ...
ByGEA based in Hudson, WISCONSIN (USA)
AnMBR is ideal for the treatment of wastewater streams with high concentrations of organics, solids, fat, oil, and grease. Ultrafiltration membranes (UF) ensure complete solids retention, efficient system operation and process stability in the anaerobic systems at all times. The AnMBR biomass has a different consistency compared to the aerobic MBR and contains more single ...
ByBerghof Membranes Technology GmbH (BMT) based in Leeuwarden, NETHERLANDS