Innovative Membrane Solutions for Industrial Excellence

High‑performance filtration designed around your process, your challenges, and your success

At Berghof Membrane Technology, we combine over 50 years of experience with proven tubular UF technology to help industries solve their toughest wastewater and process filtration challenges. Our goal is simple: to give you reliable, future‑ready solutions that make your operations cleaner, more efficient, and more predictable.

A Product Range Designed to Fit Your Process, Not the Other Way Around

Whether you’re starting with early‑stage testing or scaling up a large industrial installation, our membrane portfolio adapts to your project’s needs.

From Pilot to Full-Scale Industrial Production

Different UF Membranes

Membranes

Our flagship range of tubular ultrafiltration modules can be combined with any of our membranes, which are designed for maximum robustness and fouling resistance. Available in various configurations to meet any challenge:

  • Specialized Technologies: Choose from our HyperFlux series (Standard, LE, and CR) or the bio-inspired Ridge-M™ for enhanced self-cleaning performance.
  • Versatile Specifications: Available in 5.5 mm, 8 mm, and 12.7 mm diameters using high-grade PES or PVDF materials.
  • Precise Filtration: Multiple cut-offs ranging from 5 kDa to 100 kDa, as well as 30 nm options for superior permeate quality.

Membrane Modules Portfolio

Our membrane modules portfolio is designed to grow your project. We provide a seamless transition from initial testing to large-scale operations with a complete range of module sizes:

  • Pilot Modules: From compact units designed for initial screening and feasibility studies to intermediate sizing to simulate the full-scale process.
  • Industrial Modules: High-capacity modules available in 3″, 4″, 6″, 8″, and 10″ diameters, with lengths of 2 m, 3 m, or 4 m to maximize filtration surface area.

German Engineering You Can Trust

Every module we produce is built in our state‑of‑the‑art facility in Eningen, Germany — where precision, consistency, and quality come first.

Our Lean manufacturing approach delivers advantages you’ll notice from day one:

Consistent quality, every time

Fully automated production ensures each module meets the same high standard, reducing variability and boosting operational stability.

Fewer interruptions, longer lifetime

Robust engineering minimizes downtime, reduces unplanned maintenance, and extends membrane life—keeping your plant running smoothly.

Lower operating costs

Energy‑efficient designs help reduce your total cost of ownership while supporting your sustainability goals

Success Stories

Automotive Industry | MBR Wastewater Treatment

This case study shows how an automotive plant uses MBR technology to treat variable wastewater streams, improve effluent quality, and enable partial water reuse.
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Chemical Industry | Reverse Osmosis Concentrate

This case study demonstrates how tubular ultrafiltration enables efficient RO concentrate treatment in the chemical industry, supporting water reuse and ZLD.
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Thermal Solar Plant | Zero Liquid Discharge

This case study shows how a thermal solar plant uses membrane filtration to treat RO concentrate, prevent scaling, and achieve zero liquid discharge with high water reuse.
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Landfill Leachate | MBR Wastewater Treatment

This case study highlights how an advanced MBR system tackles highly contaminated landfill leachate, delivering stable treatment performance and high-quality effluent for strict discharge requirements.
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Leather Manufacturing | MBR Effluent Treatment

This case study shows how an MBR system efficiently treats tannery effluent, reduces fouling, and enables high water reuse in leather manufacturing processes.
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Metal Industry | Direct Filtration for Metal Recovery

This case study shows how direct filtration with tubular ultrafiltration membranes enables efficient recovery of valuable metals from industrial wastewater while optimizing energy use and process reliability.
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Microelectronics Industry | Silver recovery with Direct Filtration

This case study shows how tubular UF technology enhances wastewater treatment and enables efficient recovery of valuable metals in the microelectronics industry.
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New Material Technology | RO brine recovery in ZLD project

This case study shows how advanced tubular ultrafiltration supports efficient RO brine recovery in a ZLD project—improving water reuse, reducing costs, and optimizing footprint.
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Petrochemical Industry | MBR Wastewater Treatment

This case study highlights how an MBR system with tubular UF membranes enables efficient treatment of complex petrochemical wastewater, ensuring high effluent quality and reliable plant performance.
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Brewery | MBR Effluent Treatment

This case study shows how an MBR system enables efficient wastewater treatment and water reuse in food & beverage production, ensuring stable performance and high-quality effluent despite fluctuating loads.
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Buttery | AnMBR & MBR Wastewater Treatment

High-strength, variable dairy wastewater from multiple milk processing plants is efficiently treated using a combined AnMBR and MBR approach.
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Milk processing Factories | AnMBR

A dairy processor treats high-strength wastewater from multiple milk processing factories using AnMBR technology, achieving high effluent quality and energy recovery.
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Cheese Factory | AnMBR

AnMBR technology efficiently treats high-strength wastewater in a cheese factory, ensuring stable performance and high-quality effluent.
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