Ceramemb Water

Ceramemb Water

Tecambyot > Ceramemb Water

Ultrafiltration Unit for Ceramic Membranes

Specially designed for the treatmentof drinking water

New technology: ceramic membrances in drinking water

Are you confident that your existing water treatment system can completely protect your community from viruses, bacteria and other harmful pathogens?
From greenfield plants to retrofits, more communities are trusting CeraWeed immersed membranes to safeguard public health and ensure regulatory compliance—at a cost that is comparable to conventional technology.
No matter what the water source, CERAMEMB unique offering of reinforced and high efficiency hollow ceramic membranes provide outstanding versatility and value for water treatment plants, that ensure the best available protection from waterborne pathogens today, and well into the future.
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The Advantages of CERAMEMB ceramic membranes include:

  • ŸReduced lifecycle costs and extended membrane life
  • Simplified design and operation
  • Smaller footprints with reduced land acquisition costs
  • Outside-in flow path provides a more robust system
  • Consistent performance through virtually any change in raw water quality.

Trusted Reverse Osmosis (RO) Pretreatment

Operational experience has proven that consistent high quality pretreatment is critical for long-term, successful RO operation for seawater and brackish water desalination.
CERAMEMB UF membranes are the preferred pretreatment to produce consistent high quality feedwater with a silt density index typically < 3, often < 2, turbidity< 0.1 NTU and TSS < 1 mg/L, ensuring peak RO performance regardless of raw water quality.

 

CERAMEMB Series

  • Chemical, mechanical and thermal stability
  • ŸAbility of steam sterilisation
  • Hight abrasion resistance
  • High fluxes
  • Hight durability
  • Bacteria resistance
  • Dry storage after cleaning

The Advantages of CERAMEMB ceramic membranes include:

  • Reduced lifecycle costs and extended membrane life
  • Simplified design and operation
  • Smaller footprints with reduced land acquisition costs
  • Outside-in flow path provides a more robust system
  • Consistent performance through virtually any change in raw water quality.

Typical Drinking Water Treatment Results

Bacteria………………………….. > 4-log removal
Giardia Cycsts………………….. > 4-log removal
Cryptosporidium Oocysts….. > 4-log removal
Virus………………………………. > 2.0-log removal
Turbidity………………………….< 0.1 NTU
Iron…………………………………<0,05 mg/L *
Manganese……………………….<0,05 mg/L *
TSS……………………………….. < 1 mg/L
TOC………………………………….50-90% removal */**
Arsenic………………………….. < 5 μg/L
Color………………………………< 5 PCU */**

** TOC and color removal is dependent on raw water
* Pretreatment required