MANN+HUMMEL Water & Membrane Solutions

Leadership in Filtration

MANN+HUMMEL Water & Membrane Solutions is a global membrane manufacturer offering the widest range of membrane products, including microfiltration, ultrafiltration, nanofiltration, MBR technology, and reverse osmosis in flat sheet, spiral-wound, and hollow-fiber configurations for treatment of water and wastewater, and seawater desalination. Further areas of application are the food sector, biotechnology, and other ultra-pure water areas such as microelectronics.

STAND NUMBER:
10.302
CATEGORIES:
Trading regions
Africa:
Algeria, Angola, Benin, Botswana, Bouvet Island, Burkina Faso, Burundi, Cameroon, Cape Verde, Central African Rep, Chad, Comoros
Americas:
American Samoa, Anguilla, Antigua & Barbuda, Argentina, Aruba, Bahamas, Barbados, Belize, Bermuda, Bolivia, Brazil, Canada
EVENT:
Aquatech Amsterdam 2025
ADDRESS:

Kasteler Straße 45 65203 WIESBADEN Hessen Germany

SOCIAL MEDIA:

Products

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  • MICRODYN RO & NF

    MICRODYN RO & NF

    MICRODYN RO & NF Spiral Elements

    MICRODYN RO elements are ideal for water purification applications. The high rejection elements are perfect for applications requiring high purity or a very clean permeate stream, such as those found in the pharmaceutical and bio-technology industries. MICRODYN NF membranes are built for water purification. They are designed to remove organic substances like micropollutants and multivalent ions.
  • BIO-CEL range

    BIO-CEL range

    Membrane bioreactor modules

    BIO-CEL MBR is a cost-effective and scalable solution for meeting challenging effluent requirements for municipal and industrial wastewater treatment. It creates a cleaner, higher quality effluent than conventional wastewater treatment systems, using up to two times smaller overall footprint due to its high packing density. The BIO-CEL series is built upon our unique, patented self-healing laminate technology – a proven innovation that has been delivering reliable performance for over 15 years.
  • PureULTRA II

    PureULTRA II

    Hollow Fiber Ultrafiltration Modules

    PureULTRA II UF modules are constructed using highly hydrophilic modified PVDF hollow fiber membrane with a nominal pore size of 0.025 micron. The outside-in flow configuration contributes to easier cleaning as it keeps the solids, pathogens, and other foulants on the outside of the fibers. The fiber is designed to handle most feed water sources and tolerate solids loadings while operating within an optimal flux range.
  • ULTRADYN

    ULTRADYN

    Hollow fiber modules

  • TurboClean elements

    TurboClean elements

    The Strongest Sanitary Element

    TurboClean elements are used in a wide variety of process applications, including Milk and Cheese, Whey Processing, Dextrose Purification, Blood Plasma Demineralization, Sugar Concentration, Beer and Wine Processing, Protein Concentration, Antibiotic Purification and Concentration, Clarification of Corn Syrup, and Egg White Concentration. They feature a rugged polypropylene shell that results in a strong, rigid and durable element suited for the most challenging process applications.
  • iSep

    iSep

    Robust membrane with innovative module design

    iSep ultrafiltration (UF) membrane modules help solve today’s water problems by working on some of the most difficult water reuse and wastewater treatment applications at a lower cost. The low fouling design of iSep membranes enables them to operate on Produced Water, River Water, Power Plant Wastewater, Secondary & Tertiary Wastewater, Food & Dairy Wastewater, and Industrial Wastewater.
  • SpiraSep

    SpiraSep

    SpiraSep ultrafiltration (UF) modules

    With a design built to handle high fouling water and wastewater streams, SpiraSep modules eliminate the need for extensive pre-treatment for UF system
  • MICRODYN MF

    MICRODYN MF

    Cross-flow microfiltration (MF) modules

    MICRODYN cross-flow microfiltration (MF) modules are used to separate suspended solids larger than 0.2 micron. The smart construction techniques employed in the module manufacturing allow them to be used in applications that require highly stable polymer materials, pH stability and high resistance against suspended solids. Key advantages include: - Well-defined flow conditions - High packing density - Minimized dead zones - Strong chemical resistance - Low specific energy consumption

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