Water and Wastewater

Wastewater Treatment

Our engineers are well familiar with the type of wastewater generated in a textile plant. We have the knowledge, the expertise and the right products to provide you with a comprehensive solution to treat your wastewater economically, comply with discharge limits or treat the water for reuse.

For small wastewater streams, our tubular 1-inch KONSOLIDATOR Ultrafiltration crossflow membrane systems will effectively clarify your wastewater to produce high quality effluent.

We have successfully implemented the KONSOLIDATOR systems treating various dyeing, stone washing, and laundry wastewater streams.

product

The PURON® MBR Product

For end of pipe textile wastewater treatment, we are offering the PURON MBR (Membrane Bioreactor) technology. Unlike conventional wastewater treatment technologies, MBR technology pairs biological treatment with ultrafiltration membranes, which act as a physical barrier to solids and bacteria, producing high quality effluent using minimal space.

Our PURON MBR product has quickly become the technology of choice for companies looking to reduce energy, minimize downtime, and increase operation capacity.

Benefits of MBR Technology

  • Produces excellent effluent quality water
  • Requires minimal space
  • Low maintenance

system

Water Treatment

Meet the highest water quality standards and regulations for your process water with our innovative hollow fiber ultrafiltration technology. Easily installed and serviced, the PURON MP systems are designed for longevity and performance. These water treatment systems offer robust engineering and reliable operation at low cost of ownership and small footprint.

The PURON MP product innovation starts at the membrane; strong fiber, practically unbreakable, with optimal pore size and pore size distribution awarded this membrane drinking water certification for reliable solids and bacteria removal.

Our PURON MP systems are available in small, packaged plants to treat up to 200,000 gallons (750 m3) per day, and in larger pre-engineered skidded systems for larger demand.