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CERAMIC FILTRATION FOR WATER AND WASTEWATER

Built to last.
For reliable performance.
No matter the challenge.

Transforming water and wastewater treatment with advance ceramic membrane solution worldwide

157
Projects
In 37 countries
29
%
Sewage
71
%
Water
Treatment
949836
m³/d

APPLICATIONS

MBR /
MBR UPGRADE
SAND FILTER
UPGRADE
GROUNDWATER
BACKWASH
WASTE
RO
PRE-TREATMENT
POLYMERIC
MEMBRANE
REPLACEMENT
TERTIARY
TREATMENT

APPLICATIONS

MBR /
MBR UPGRADE
SAND FILTER
UPGRADE
GROUNDWATER
BACKWASH
WASTE
RO
PRE-TREATMENT
POLYMERIC
MEMBRANE
REPLACEMENT
TERTIARY
TREATMENT

SOLVING WATER AND WASTEWATER PROBLEMS

Improving Filtrate Quality
Delivers consistent filtered water quality, no matter the feed water; robust physical membrane barrier.
Replacing failing Polymeric Membranes
Seamless progression from submerged polymeric to ceramic membranes – direct replacement using existing infrastructure. Ideal for MBR, drinking water, and tertiary application.
Minimizing Downtime During Peak Events
Operates reliably through wide pH range, high TSS, rain-runoff spikes, and organics surges.
Increasing Sand Filter Capacity
Increase sand filter capacity by 3x within the same footprint with ceramic membranes.
Reducing Operational Costs
Long membrane lifespan, lower chemical consumption, less maintenance, and reduced solid waste, improving the bottom line.
Handling the Toughest Feed Waters (Oily, High TDS etc.)
Operating in a wide range of pH and TDS. Minimal or no chemical cleaning limitations for full operational flexibility.

SOLVING WATER AND WASTEWATER PROBLEMS

Improving Filtrate Quality
Delivers consistent filtered water quality, no matter the feed water; robust physical membrane barrier.
Replacing failing Polymeric Membranes
Seamless progression from submerged polymeric to ceramic membranes – direct replacement using existing infrastructure. Ideal for MBR, drinking water, and tertiary application.
Minimizing Downtime During Peak Events
Operates reliably through wide pH range, high TSS, rain-runoff spikes, and organics surges.
Increasing Sand Filter Capacity
Increase sand filter capacity by 3x within the same footprint with ceramic membranes.
Reducing Operational Costs
Long membrane lifespan, lower chemical consumption, less maintenance, and reduced solid waste, improving the bottom line.
Handling the Toughest Feed Waters (Oily, High TDS etc.)
Operating in a wide range of pH and TDS. Minimal or no chemical cleaning limitations for full operational flexibility.

WITH ADVANCED CERAMIC MEMBRANE TECHNOLOGY

Robust & Reliable
Flexible operation, consistent plant uptime, handling wide range of feed water
3x Longer Life
Expected 20 years service life
50% Lower Energy/CO₂
Low transmembrane pressure (TMP)
50% Lower Membrane Lifetime Costs
Reduced operational costs and little maintenance
Sustainable
Reusable product. No plastic waste
Single filtration tower:
Fully made of glass fiber reinforced resin without any steel parts
Multi-tower configuration:
Most compact and flexible installation due to the frameless design concept
Single ceramic plate:
The coating on the outside of the ceramic (pore sizes 0.05 – 0.5 micron) and double side filtered water outlet for high flux rates
Filtration module with 6.0 m²:
Multi-ceramic plate configuration with exchangeable single ceramic plates and internal filtered water piping
RECENT NEWS

March 10, 2025
CERAFILTEC Showcases Advanced Ceramic Membrane Technology at Aquatech Amsterdam 2025

CERAFILTEC will spotlight its industry-leading ceramic membrane technology at Aquatech Amsterdam, Hall 12, Stand 706, where it will highlight groundbreaking projects and innovations shaping the future of water treatment. Among its most notable projects, CERAFILTEC is partnering with xAI to build the world’s largest ceramic membrane bioreactor (MBR)—a transformative initiative enabling the reuse of 49.2 […]

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February 20, 2025
CERAFILTEC and xAI Cooperate in Sustainable Water Management for the World's Largest AI Supercomputer Data Center and Ceramic MBR

xAI will build the world’s largest ceramic membrane bioreactor (MBR) to enable reuse of 49.2 MLD (13.0 MGD) of municipal wastewater for cooling its supercomputing data center in Memphis, Tennessee, USA. CERAFILTEC will deliver its most advanced ceramic membrane technology in a fast-track project set for completion in 2025. The enormous scale of this MBR […]

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October 30, 2024
PVDF Ban: The Vitally Needed Catalyst for Accelerating Ceramic Membrane Adoption

How Misaligned Industry Structures Stall Innovation—Perspectives from a Leading Pioneer in Ceramic Membranes As Europe edges closer to regulating the production of PVDF membranes—key contributors to the toxic PFAS, 'forever chemicals'—the water industry finds itself at a critical crossroads. The European Chemicals Agency (ECHA) is actively assessing the ban on fully fluorinated substances and is […]

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Contact us for a ceramic membrane design or for a commercial proposal.
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