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Water is integral to paper production. The pulp and paper industry requires large amounts of water for processing, bleaching, and cooling. With growing environmental regulations, optimizing water use is critical to maintaining operational efficiency and regulatory compliance. Pulp and paper mills need water treatment solutions that are reliable and easy to operate. AMI solutions help mills reduce fresh water consumption, provide high quality water, maximize the reuse of process water and minimize discharge volumes. Our cost-effective solutions help mills sustain operational excellence and reduce water footprint.

Benefits

  • Improved water recovery and reuse
  • Reduced water footprint
  • Improved operational efficiency
  • Lower energy consumption
  • Extended equipment lifespan

Product Lines: Pulp & Paper

Commercial & Industrial RO

AMI manufactures Reverse Osmosis Systems (RO Systems) ranging from 24 gallons to millions GPD treating municipal, well, surface and sea water. Learn More

Custom Systems

Custom engineered water treatment systems for dialysis, boiler feed water, dye recovery, ground water remediation, mobile water purification and more. Learn More

Hollow Fiber UF

UF Systems produce purified water from various sources waters, including rivers, lakes, industrial ponds, secondary effluent, well water and seawater. Learn More

Media Filtration

Water Softeners, Carbon Filters, Multi-Media Filters, and Other Media Filters with Fleck Control Valves Learn More

Mobile Water & Containerized Systems

Applied Membranes specializes in manufacturing reliable plug & play ISO containerized systems for virtually any mobile water treatment solution. Learn More

Pilot Plants

For testing applications using Reverse Osmosis, Ultrafiltration, Nanofiltration, or Microfiltration technology and testing applications such as USP, dairy, and more. Learn More

Ultra-High Recovery (UHR)

Ultra-High Recovery Near Zero Liquid Discharge (ZLD) Reverse Osmosis systems operate at 90 to 98% Recovery. AMC series can use NF membranes to target specific ion rejection, including TOC & COD, for optimized performance. Learn More