Skip to main content

Ultra-Selective. Ultra-Durable.
Graphene Membranes.

Submit An Enquiry

Source Water In. Safe Water Out.

When conventional treatment struggles to deliver safe drinking water from variable or hard-to-treat sources, graphene membranes offer a smarter solution. Designed for high-performance removal of natural organic matter (NOM), bacteria, and viruses, our next-generation filtration technology bridges the gap between source water and compliance — with fewer steps, faster flow rates, and no sludge. Whether you’re working with surface water or planning new potable water infrastructure, graphene membranes can help you achieve reliable outcomes at scale.

Additional Applications:

  • Industrial Wastewater: Useful for treating complex waste streams in industries like agriculture, food & beverage, textiles, sewage treatment, cosmetics, pharmaceuticals, and advanced materials.
  • Surface and Groundwater Treatment: Ideal for reducing turbidity, colour, and organic compounds in lakes, rivers, and groundwater.
  • Pretreatment for Reverse Osmosis: Helps reduce biofouling in RO systems, improving efficiency in desalination applications.

Looking for a smarter way to treat challenging source water? Try our NematiQ Graphene Membranes.

Benefits

LOWER ENERGY USE DUE TO THE HIGH PERMEABILITY
EASY PASSAGE OF WATER AND SALTS WHILE REJECTING LARGER SPECIES
LOW WASTE PRODUCTION AND EASIER WASTE MANAGEMENT DUE TO LOW SALT
GIANT LEAP FORWARD IN PRODUCING PURE AND AFFORDABLE WATER

How it works

Clean TeQ Water’s Graphene Membranes are manufactured using a patented and innovative high speed layer by layer process. Filtration occurs via the path created by stacked layers of graphene oxide, specifically tuned for a molecular weight cut-off of 800 Daltons. This allows water and salts to pass through, while rejecting micropollutants, organics, bacteria and viruses.

Graphene Membranes

Get in touch

Submit form below to find out how we can help with your water treatment challenge using the graphene membranes technology.