CUT Customized Membrane Filtration Solutions
CUT CustomizedMembrane Filtration Solutions
Contents3Introduction4T-CUT Tubular modules – UF/MF5C-CUT Capillary modules – UF/MF6T-CUT PP/02-55 SeriesTubular modules – MF7S-CUT 4S/4I DesignSpiral wound modules – MF/UF/NF
CUT Customized Membrane TechnologyCustomized Membrane Technology Division of Burkert wasfounded in April, 2004 as an innovative manufacturer ofmembranes and modules for exceptionally critical applications including: chemistry, environmental studies, food industry, metal processing and many other highly specialized processes. Burkert produces a wide variety of tubular, hollow fiber and spiral wound modules at our site in Erkrath near Dusseldorf, Germany. We offer our customers a comprehensiverange of custom designed micro, ultra and nanofiltrationmembranes and modules.As an application authority in specialized niche markets, theCustomized Membrane Technology Division of Burkert is anindustry leader in the manufacture and the applicationof membrane modules. For this, we have a vast number ofmaterial combinations as well as laboratory and pilot installations for experimental applications. Our strong focus on thecustomers requirements in particular is demonstrated in areas where it is important to offer customized special designsand process solutions.The Burkert Membrane Technology team looks forward tocreating a customized process solution perfectly suited foryour specific application.About Customized Membrane Technology3
T-CUT – Tubular modules formicrofiltration and ultrafiltrationWith its T-CUT series of micro- and ultrafiltration tubularsibility to clean this membrane with chemicals, T-CUTmodules, Burkert Membrane Technology offers a com-tubular modules are used very successfully in extremeprehensive product family of robust modules made fromapplications, for instance such as the treatment of pick-PVDF and PES, with very different membrane materialsling baths. Further, T-CUT tubular modules have provenand cut offs.themselves in the metal-processing industry, for oil/wa-The membranes are applied on high-quality backing material and offer extended durability and long service life.Due to the high stability of the membrane and the pos-ter separation and the separation of biomass from water.We offer you customized modules, tailored to your specific separation task.Advantages Robust and long lasting Optimized membrane area Suitable for high solid contents Easy to clean(chemically and mechanically)Technical dataCustomer specific optionsMembrane material:PVDF, PESPore size (kD) PVDF:PES:10; 50; 70; 100; 120; 150; 20020; 30; 100Module length (mm):Temperature range ( C): 5 – 604Pressure range (bar):1 – 10pH range:2 – 12T-CUT Customized membrane solutions1,000; 1,500; 2,800;3,000; 3,100; 5,000Membrane tube diameter (mm): 5.2; 8; 10; 12.5; 25.4OD housing (mm):25; 40; 75; 110; 150;170; 200; 220; 300Housing material:Stainless-steel; PP; PVC;GFKConnecting feed:ANSI/JIS Flange; Victaulic;DIN; Clamp; ThreadConnecting permeate:ANSI/JIS Flange; Victaulic;DIN; Clamp; Thread
C-CUT – Capillary modules formicrofiltration and ultrafiltrationWith our C-CUT capillary modules with membranes made from PVDF, PES and PP, we provide a high quality productline to our customers, which has been especially developed for applications where a combination of filtration performance and high packing density is required.Due to the high stability of the membrane and the ability to clean this membrane chemically as well as mechanically and to backwash it, C-CUT capillary modules are preferentially used for cleaning of process water and in wine andvinegar filtration. They are also successfully applied in diafiltration and in degreasing baths.We are glad to offer you customized modules, tailored to your specific separation task.Advantages Robust and long lasting Optimized membrane area Suitable for backwashing Easy to clean (chemically and mechanically)Technical dataMembrane material:PVDF, PES, PPPore size MF (μm):UF (kD):0.1; 0.2; 0.4;5; 10; 20; 30; 50; 100; 150; 200Operating modus:inside/outsideTemperature range ( C):5 – 60Pressure range (bar):1 – 10pH - range:2 – 12Customer specific optionsModule length (mm):500 – 1,500OD housing (mm):up to 300Hollow fibre diameter (mm): 0.8; 1.2; 1.5; 1.8Housing material:Stainless steel, PS, PP, PVCFeed connector:DIN; ANSI/JSI Flange; Victaulic; ClampPermeate connector:DIN; ANSI/JSI Flange; Screw;Victaulic, ClampCustomized membrane solutions C-CUT5
T-CUT PP – Tubular modules formicrofiltration (02-55 series)Designed for the filtration of abrasive media and appli-cluding pigment separation and suspension concentra-cations under extreme conditions, the product range oftion. T-CUT PP tubular modules are made exclusivelyBurkert Membrane Technology is supplemented by an-out of polypropylene, allowing for a very high service lifeother high-quality and robust tubular module – thewith extremely robust mechanical stability and long op-T-CUT PP (02-55 series).erating life. The symmetrically structured PP membranePolypropylene membranes can be used throughout theentire pH range from 0 –14. Thus, the abrasion resistantis suitable everywhere that above average performancedefines the standard.PP tubular modules are perfect for use in the fields ofUpon request, we will be pleased to supply custom-acid and caustic recycling. They have also been usedmade module with polypropylene membranes.successfully for a long time in many other processes, in-Advantages Robust and long lasting Resistant to a wide rangeof chemicals Suitable for abrasive media Easy to clean(chemically and mechanically)6Technical dataCustomer specific optionsMembrane material:Polypropylene (PP)Pore size (μm):0.2Module length (mm):500; 750; 1,000; 1,360; 1,496; 1,500;1,650; 3,000; 3,100; 5,000Membrane diameter (inch): 5.5OD housing (mm):75; 110; 150; 170; 200; 220; 250;300Temperature range ( C):5 – 65Housing material:Stainless-steel; PP; PVC; GFKPressure range (bar):1 – 10pH range:1 – 14Connecting feed:ANSI/JIS Flange; Victaulic; DIN;Clamp; ThreadConnecting permeat:ANSI/JIS Flange; Victaulic; DIN;Clamp; ThreadT-CUT PP Customized membrane solutions
S-CUT – (4S / 4I design) Spiral woundmodules for micro-, ultra- and nanofiltrationIn many pharmaceutical applications, spiral wound modules are used in addition to capillary modules. Particularly in the case of less sophisticated process flows, carrying a small particle load with them, S-CUT spiral wound modules are used. An overriding advantage of S-CUT modules exists in the high temperature resistance in addition to thecomparatively simple module exchange.Typical application for the usage of sanitary spiral wound modules (4S design) are the cleaning of products with diafiltration, the depyrogenization of pharmaceutical water, and the separation of proteins (e.g. milk).Applications for the use of industrial spiral wound modules (4I design) are industrial water treatment, (rinsing) waterrecycling, oil/water separation, wastewater treatment and the concentration of recyclable material solutions (e.g. cathodic electrophoretic paint (CEP)).S-CUT spiral wound modules are available in a variety of different designs.Advantages Variable spacer configurations Optimized membrane area due to compact design Resistant to high temperatures Wide range of materialsS-CUT NFS-CUT UF/MFS-CUT UF/MFPolyamidePVDF; PESPVDF; PES0.1; 0.21; 3; 5;10; 30; 50; 70; 100;200; 300; 500; 8000.1; 0.21; 3; 5;10; 30; 50; 70; 100;200; 300; 500; 8004l-Design, IndustrialTechnical dataMembrane material:Pore size MF (μm):UF (kD):4l-Design, Industrial4S-Design, SanitaryCut off (Dalton):200 – 500Temperature range ( C):5 – 855 – 855 – 85Pressure range (bar):up to 401 – 101 – 10pH range:2 – 122 – 122 – 12Module length (inch):12; 20; 4012; 20; 4012; 20; 38Module diameter (inch):2.4; 4.0; 8.02.4; 4.0; 8.01.8; 2.4; 3.8; 4.3; 5.8; 6.3Spacer material feed/permeate: PA; PET; PPPA; PET; PPPA; PET; PPOuter wrap:Epoxy; Net wrap; PEEpoxy; Net wrap; PENet wrapPermeate tube material:Stainless steel; PP; PSU;PVC; ABSStainless steel; PP; PSU;PVC; ABSStainless steel; PSUATD material:Stainless steel; PP; PSU;PVC; ABSStainless steel; PP; PSUPVC; ABSStainless steel; PSUCustomer specific optionsCustomized membrane solutions S-CUT7
Burkert Fluid Control SystemsUSASales Office – West Coast2572 White RoadIrvine, CA 92614Sales Office – East Coast2915 Whitehall Park Drive, Suite 650Charlotte, NC 28273Systemhaus2915 Whitehall Park Drive, Suite 100Charlotte, NC 28273Phone: 1-800-325-1405Fax: sa.comCanada5002 South Service RoadBurlington, Ontario L7L 5Y7Phone: 905-632-3033Fax: 905-632-3833sales.ca@burkert.comwww.burkert.ca
Charlotte, NC 28273 Systemhaus 2915 Whitehall Park Drive, Suite 100 Charlotte, NC 28273 Phone: 1-800-325-1405 Fax: 949-223-3198 marketing-usa@burkert.com www.burkert-usa.com Canada 5002 South Service Road Burlington, Ontario L7L 5Y7 Phone: 905-632-3033 Fax: 905-632-3833 sales.ca@burkert.com www.burkert.ca
Introduction to membrane filtration Membrane filtration is a pressure driven technology with pore sizes ranging from 100 molecular weight to 5 microns. Cross-flow membrane filtration technology is quickly gaining global acceptance as an important manufacturing step in many of the process lines in the biotechnological, chemical, starch and sweet-
The basic technology behind membrane filtration involves using a semi-permeable membrane to separate a liquid into two distinct streams. Pumping this liquid across the surface of the membrane creates a positive trans-membrane pressure that forces any components smaller than the porosity of the membrane to pass through, forming the permeate.
the bulk phase through the membrane into the permeate stream (Di et al., 2017). 3. Membrane Integration on chip It is crucial to apply a membrane (i.e. material and type) that best fits the targeted application. Membrane properties differ from one membrane to another and they greatly affect the overall membrane separation efficiency.
The dead end filtration is the one where the flow of water is perpendicular to the membrane surface. The water is pushed through the membrane by pressure. All the water that is introduced in the dead-end-cell passes through as the permeate, in other words there is no rejected water. In dead end filtration the retained particles build up with time
matter what filtration/separation equipment you use or when it was installed, our filtration service personnel provide complete, expert support to maintain the reliability and . Gas Filtration Solutions. Jonell Systems has more than 140 years of combined filtration experience in Oil,
through the barrier [1]. Membrane extraction utilizes either a porous or nonporous polymeric membrane to provide a selective barrier between the feed and the receiving phase. Instead of using solid as membrane material, it is also possible to use liquid as a membrane. Liquid membrane technology is widely applied in different potential area like
ESCO Aerospace & Defense PTI Technologies Inc. PTI’s Pedigree In Air Filtration Who is PTI Technologies World leader in aviation/aerospace filtration for over 60 years Filtration for all aircraft fluids – hydraulics, air/bleed air, fuel, water, lube Our experience and pedigree in air filtration
Eaton's 34 regional facilities in the U.S. and Canada offer products and services customized just for you. To serve you better, our regional facilities specialize by product. Here are some of the ways we can customize your order, and where you can find the products you need. Customized Products and Services Customized Configurations and Dimensions
