Agricultural Wastewater Treatment

Wastewater treatment solutions for reuse and recycling

Saltworks can help you with everything from desalination of groundwater to wastewater treatment for reuse or safe discharge.

Water and Agriculture 

Saltworks’ suite of technologies treat a broad range of waters for agriculture, before or after use. We know that wastewaters from agriculture are complex, with diverse challenges such as salinity, fertilizer or pesticide compounds, animal slurries, ammonia, and more.

 

We economically treat these waters for safe discharge or reuse, maximizing recoveries and preserving value. We provide solutions that achieve your treatment goals such as:

  • Reusing wastewater and maximizing water recoveries
  • Recycling fertilizer
  • Reducing freshwater demand
  • Meeting discharge requirements and reducing liabilities
  • Reducing waste volume, thereby reducing trucking
  • Treating Phosphogypsum waters
  • Managing nutrient levels
  • Injection acid/base to balance pH and alkalinity.
agriculture clean water
agriculture water source

Reuse or Disposal

Many wastewaters can be treated to generate high quality freshwater. Depending on different factors, it may be advantageous to re-use or dispose of wastewater. When reuse is not economic, wastewater which cannot be reused may face strict requirements for discharge or disposal.

 

Saltworks can help you to figure out and implement the best solution for your project, economically optimized for your project, with robotized, intelligent controls.

Turbocharged Reverse Osmosis

Advancements in reverse osmosis and supporting technologies are further extending applications in the challenging waters of agriculture. Advanced filtration, sensors, and process controls mean that organic-laden waters and brines can be concentrated up to 130,000 mg/L.

 

We improve the performance of existing reverse osmosis assets to meet treatment goals or we supply our XtremeRO systems, packaged to bring next-gen performance with management of scaling ions, organics and other challenges.

XtremeRO Brine Concentrator MLD

Control the Chemistry

Our solutions can control the chemistry of reused water. Our FlexEDR systems remove dissolved solids & ions such as chlorides and sodium while preserving ions of value such as calcium. FlexEDR can bolt-on to existing reverse osmosis (RO) plants; increasing recovery and plant reliability.

 

Levels of nutrients and chemicals such as calcium, sulfate, magnesium, nitrogen (ammonia/ammonium), potassium, and boron can all be controlled with our IonSelect solutions.

 

Contact us with your water chemistry, flow rates, and treatment goals for an options assessment today. We have mobile pilot plants ready to demonstrate, off- or on-site.

Related Products

3D render of a full-scale BrineRefine system with 2 modules and 4 reactors.

BrineRefine Chemical Reactor

BrineRefine is a continuous stirred tank reactor (CSTR) that executes diverse chemical reactions efficiently and with precision.

Related Resources

greenhouse internal water reuse
Application

Greenhouses & Vertical Farming Water Treatment

As demand for nutritious, high-quality produce grows, large-scale, modernized, indoor agriculture is advancing to meet it. Most of the water used in advanced agricultural facilities can be recovered, re-enriched with nutrients, and reused. Saltworks can help to treat water for reuse, balancing nutrient content and pH, or treat for discharge.

Food and Beverage Wastewater Treatment
Application

Food and Beverage Industry Wastewaters

Water is essential to food and beverage manufacturers. Whether you want to reach circular economy goals, or simply improve your bottom line, Saltworks can help. We have solutions for meeting discharge limits, recycling wastewater, and minimizing brine waste.

Truck carrying brine
Article

How to Manage Brine Disposal & Treatment

The many options for managing brine, a term for saline wastewater from industrial processes, fall under two categories: brine treatment and brine disposal. Brine treatment involves desalinating the brine for reuse and producing a concentrated brine (lower liquid waste volume), or residual solids (zero liquid discharge).