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With nearly 1000 systems installed, KMS pioneered the use of membranes in the wine industry. We have learned that each wine is unique and the filtration required must match the wine itself. We work with winemakers to enhance the organoleptic and aesthetic characteristics of the final product.
KMS' one step process reduces processing costs
Membrane systems using crossflow filtration with the durable KMS WINEFILTER cartridge offer excellent throughput rates eliminating use and disposal of diatomaceous earth or filter sheets in a compact system design.
• Gentle process promotes outstanding product quality and color intensity
• Back pulse/throttle permeate allows steady productivity
• Eliminates the need for diatomaceous earth (no disposal or filter aid costs)
• No pretreatment, fining agents or filter sheets
• Standard designs available
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GS Series Polyethersulfone Membrane Cartridges are designed for general industrial service where the need for cost effective filtration is a must. These cartridges utilize a pleated membrane design, incorporating the maximum amount of media that can be used in a cartridge. These units, manufactured for general industrial use, are manufactured to the same high standards as our special application cartridges. Pore sizes start at 0.03 µm with a polyethersulfone membrane.
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Take advantage of the KMS proven track record
For more than thirty years, the highly innovative FLUID SYSTEMS® brand of Koch Membrane Systems has been serving the residential and commercial water filtration and purification markets with state-of-the-art membrane elements.
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EPS cartridges are designed to meet the special needs of the electronics and high purity chemical industries. Polyethersulfone membrane cartridges are resistant to most acids and bases and capable of handling strong sanitization agents. High flow rates make Polyethersulfone a good choice for central DI water systems. This membrane will also handle elevated process temperatures in compatible fluids. To minimize extractables, each cartridge module is pulse, power flushed until the rinse effluent reaches 17+ Megohm-cm and less than 3 ppb TOC. Each cartridge module is also individually tested.
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The filter elements are manufactured by isostatic pressing or co-axial pressing. The pore size can be adjusted by suitable selection of the powder size fraction and the process parameters. It includes the type of tube, disc and stack of lamination and so on.
Main advantages
1. Good shape stability
2. High strengthen and good integrity
3. Controllable pore sizes and porosity
4. Good permeability
5. Good corrosion and thermal resistance
6. Easy to be made into complicated shapes
7.Highly mechanical strength, can diffusing air homogeneously.
Applications
1. Gas and liquid filtration
2.Solid catalyst recovery
3.Filtration of slurry oil and other petrochemical products
4.High-temperature gas filtration
5.Fluidization
6.Powder conveying
7.Aeration, and other applications in various industrial fields.
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The filter elements, including sintered metal powder filters, sintered metal fiber filters, titanium filters and other alloyed filters, are manufactured by isostatic pressing or co-axial pressing via powder metallurgy process. Available materials are: stainless steel 316L, 304L, 904, Titanium, Inconel, Hastelloy, Nickel, Monel and other alloys .etc.on request.
The pore size can be adjusted by suitable selection of the powder size fraction and the process parameters. It has the type of tube, disc and stack of lamination and so on.
Main Applications
1. Gas and liquid filtration
2.Solid catalyst recovery
3.Filtration of slurry oil and other petrochemical products
4.High-temperature gas filtration
5.Fluidization
6.Powder conveying
7.Aeration, and other applications in various industrial fields.
Main advantages
1. Good shape stability
2. High mechanical strengthen and good integrity
3. Controllable pore sizes and porosity
4. Good permeability
5. Good corrosion and thermal resistance
6. Easy to be made into complicated shapes, can be put together by soldering or gluing
7. The service life can be prolonged by cleaning and regenerating process
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PiP housings and PiP elements are used for process filtration. It is about a brand-new developed series of filters. It includes pleated cartridge filter elements and bag replacement elements for process filtration as for instance filtration of cleaning liquid, lacquers, colors. Originally, pleated cartridge filter elements were developed for the filtration of cleaning liquids, nevertheless they are applicable in a wide range of areas.
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Cellular Ceramic Micro-, Ultra-, and Nanofilters: These filter modules, manufactured by Corning, aren't as rugged as the Scepter filter, but offer more flexibility is process liquids and pore sizes, and are considerably less costly, being competitive with polymeric systems in some cases.
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BetaPure®
Advantages
* Rigid Self-Supporting Structure
* Free of Media Migration
* Consistent Filtration Characteristics
* Excellent Flow Characteristics
* Broad Chemical Compatibility
* FDA Compliant in Polypropylene/Polyethylene Grades
Cartridge Construction
BetaPure utilizes state of the art fiber technology combined with innovative process technology to provide a clean, rigid filter structure with consistent and reproducible filtration characteristics.
BetaPure is available in two bicomponent fiber systems
1. Polypropylene/Polyethylene
2. Polyester/Copolyester
BetaPure is constructed using long, bicomponent fibers, each fiber having an inner core of polypropylene and an outer sheath of polyethylene, BetaPure performance Engineered "Z" Grades have special integral inserts designed to achieve precise removal characteristics and optimize flow and service life. The bicomponent fibers can be thermally bonded because of the difference in melt temperatures between the two components. Heating the matrix to the melt temperature of the polyethylene sheath, but below that of the polypropylene core, causes the fiber to fiber bond at each contact point, without fiber shrinkage or polypropylene degradation. The high degree of fiber to fiber bonding eliminates the need for a core support and any possibility of media migration.
Polyester BetaPure is constructed by using long bicomponent fibers of polyester and copolyester. This fiber matrix has wide solvent and chemical compatibility and is suitable for many high temperature applications.
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Designed always to meet the needs of the cleanliness class, pressure requirements and characteristics of the medium, stable and constant pressure MAHLE filter elements with their high contamination retention ability ensure economical and trouble-free operation. Our extensive range of standard and DIN version products also contains alternative variants for virtually every make of filter and filter element for aggressive fluids, cooling lubricants and aqueous media.
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Size Matters! One 16" instead of 4 x 8" membranes equates to less O-rings, permeate connectors that can leak, and still produces more water per m2 of membrane surface area!
GrahamTek 16 inch RO membranes are manufactured by reputable membrane suppliers such as Hydranautics and SAEHAN who manufacturers the membranes for GrahamTek under licensing arrangements
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3-inch and 4-inch diameter modules available in 10-foot and 12-foot lengths.
The use of KMS SUPER-COR® membranes for juice processing eliminates the need for pretreatment and associated handling equipment-no more centrifuges, screens, rotary drums, diatomaceous earth, or fining agents. It also does away with the maintenance associated with pretreatment processes, saving you time and money. The latest SUPER-COR® modules have a robust backing structure that supports the extended processing requirements of today's juice processing plants.
SUPER-COR®, designed around the needs of juice processors worldwide:
• Higher product yield
• No preprocessing required-eliminates diatomaceous earth and fining agents
along with their associated maintenance and disposal costs.
• Transparent module housing for ease of inspection
• Long membrane life
SUPER-COR® Systems, combined with last stage of SUPER-G® modules, clarify juices at extremely high yield rates. Up to 98% yield can be achieved without adding diafiltration water.
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TARGA® industrial water cartridges provide compact pretreatment for ultrapure water systems.
8-inch TARGA® cartridge
TARGA® industrial water ultrafiltration cartridges are produced for general water treatment applications. They are particularly effective for pretreatment to reverse osmosis membranes.
• pH Tolerant
• Chlorine Resistant up to 200 PPM at 10.5 pH
• Temperature range of 32 degrees - 104 degrees F
8-inch diameter cartridges are available in two lengths: 48-inches and 72-inches.
TARGA® cartridges have a broad range of applications, including:
• Carbonated Soft Drinks and Bottled Water
• Boiler Make-up Water
• Microelectronics
• Pharmaceuticals
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The filter elements are manufactured by isostatic pressing or co-axial pressing. The pore size can be adjusted by suitable selection of the powder size fraction and the process parameters. It includes the type of tube, disc and stack of lamination and so on.
Main advantages
1. Good shape stability
2. High strengthen and good integrity
3. Controllable pore sizes and porosity
4. Good permeability
5. Good corrosion and thermal resistance
6. Easy to be made into complicated shapes
7.Highly mechanical strength, can diffusing air homogeneously.
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The filter elements, including sintered metal powder filters, sintered metal fiber filters, titanium filters and other alloyed filters, are manufactured by isostatic pressing or co-axial pressing via powder metallurgy process. Available materials are: stainless steel 316L, 304L, 904, Titanium, Inconel, Hastelloy, Nickel, Monel and other alloys .etc.on request.
The pore size can be adjusted by suitable selection of the powder size fraction and the process parameters. It has the type of tube, disc and stack of lamination and so on.
Main Applications
1. Gas and liquid filtration
2.Solid catalyst recovery
3.Filtration of slurry oil and other petrochemical products
4.High-temperature gas filtration
5.Fluidization
6.Powder conveying
7.Aeration, and other applications in various industrial fields.
Main advantages
1. Good shape stability
2. High mechanical strengthen and good integrity
3. Controllable pore sizes and porosity
4. Good permeability
5. Good corrosion and thermal resistance
6. Easy to be made into complicated shapes, can be put together by soldering or gluing
7. The service life can be prolonged by cleaning and regenerating process
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