FO1000

Forward Osmosis 1,000 GPD

The AMPAC USA Forward Osmosis 1000 GPD system purifies water and recovers valuable compounds using the natural osmotic pressure difference between a feed solution and a draw solution, rather than the hydraulic pressure that drives conventional reverse osmosis.

Model
FO1000
Rated output
1,000 GPD
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  • Returns policy30 days from invoice with an RGA number. Custom-built systems are non-returnable.

About the FO1000

Pricing for the FO1000 is quoted on request. Send your flow rate and a feed-water analysis, or call and talk it through with an engineer.

The AMPAC USA Forward Osmosis 1000 GPD system purifies water and recovers valuable compounds using the natural osmotic pressure difference between a feed solution and a draw solution, rather than the hydraulic pressure that drives conventional reverse osmosis. That distinction allows the system to achieve high rejection of contaminants with lower energy consumption and reduced membrane fouling, and it's designed to handle a diverse range of water sources for industrial and commercial applications where purity and operational efficiency both matter.

  • 1000 GPD capacity for small-to-medium scale operations
  • Uses osmotic pressure instead of hydraulic pressure, lowering energy consumption and fouling
  • High rejection of salts, heavy metals, bacteria, viruses, and complex organic molecules
  • Minimizes reverse back diffusion of draw solution components into treated water
  • Reduces the need for extensive post-treatment processing

Rated to process 1000 gallons per day, the FO 1000 GPD system is sized for small-to-medium operations that need consistent, reliable purification. The forward osmosis process achieves high rejection across a wide range of contaminants — salts, heavy metals, bacteria, viruses, and complex organic molecules — while minimizing reverse back diffusion of draw solution components into the treated water. That combination of high contaminant rejection and low draw solution loss supports both treatment effectiveness and economic viability, reducing the need for extensive post-treatment.

Typical applications include wastewater treatment, where the system concentrates industrial effluents to recover water and valuable solutes while reducing the volume of waste requiring disposal. In food and beverage production it can concentrate juices, dairy products, and other liquid foodstuffs without the high temperatures that would degrade flavor and nutrients, and in pharmaceutical and biotechnology settings it's used to concentrate active pharmaceutical ingredients and other sensitive biological solutions where gentle processing and high purity are essential. Its ability to handle challenging, high-fouling feed streams also suits specialized industrial processes and remote water purification needs.

AMPAC USA constructs the FO 1000 GPD system from durable, corrosion-resistant materials intended for long-term reliability and minimal maintenance, with a design that prioritizes straightforward integration into existing water treatment infrastructure. Rigorous testing and quality control throughout manufacturing are meant to ensure each system meets consistent performance standards.

Frequently Asked Questions

How does the FO 1000 GPD system purify water differently than reverse osmosis?

It relies on the natural osmotic pressure difference between a feed solution and a draw solution instead of the hydraulic pressure used in reverse osmosis, which lowers energy consumption and reduces membrane fouling.

What is the production capacity of the FO 1000 GPD system?

As the name indicates, it's rated to process 1000 gallons per day, suited to small-to-medium scale water treatment operations.

What contaminants does the FO 1000 GPD system reject?

It achieves high rejection of salts, heavy metals, bacteria, viruses, and complex organic molecules while minimizing reverse back diffusion of draw solution components into the treated water.

What industries use the FO 1000 GPD system?

Applications include industrial wastewater treatment and effluent concentration, food and beverage concentration of juices and dairy products, and pharmaceutical or biotech concentration of active ingredients and sensitive biological solutions.

Why is forward osmosis useful for heat-sensitive materials like juices or pharmaceutical compounds?

Because the process doesn't rely on high temperatures or high hydraulic pressure, it can concentrate heat-sensitive liquids like juices, dairy products, and biological solutions gently, preserving flavor, nutrients, and product integrity.