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Agriculture | Reverse Osmosis & Water Treatment Systems

water treatment systems for agriculture

The largest use of freshwater in the United States is for irrigation purposes. Much of this water is obtained from groundwater, which only has a limited supply. Each year, aquifers are exhausted of water or contaminated, making sources of fresh water for irrigation increasingly scarce. Farms around the world have started to utilize alternative methods for water conservation and protection of this precious natural resource. It is not a secret that Reverse Osmosis Water Treatment Systems are utilized in cultivation houses for the latest plants in greenhouses or aquaculture growing. The vast majority of current professional growers rely upon these agricultural water treatment systems for the last several decades. We will list the benefits afforded by this technology to highlight its impact throughout the world:

  1. Environmental preservation
  2. Compliance with regulations
  3. Production consistency Water
  4. Conservation/Sustainability
  5. Cheaper price for water usage
  6. Water and sanitation sustainability
  7. Disinfection & Cleanliness
  8. Vendor consistency and preservation
  9. Tailor-made solutions
  10. Clean water for workers
  11. Purified drinking water for workers

IRRIGATION MEMBRANES & ULTRAFILTRATION

Due to plants and vegetables already consisting of natural filtration means that allow for much more non-stringent agricultural water treatment requirements for irrigation. For this reason, irrigation has a greater fill of resources to utilize compared to scarce groundwater resources. Irrigation primarily relies on practices that depend on making reuses of grey water, in addition to treated sewage effluent (TSE). These practices create wastewater, which is seen as a terrible source for drinking water, but perfectly suited for irrigation and farming once undergoing a reverse osmosis system. Many farms have resorted to only using these effective tactics for their water, and completely eliminated the use of underground aquifers.

Almost all naturally occurring water contains some form of contaminants from the surrounding rocks and soil that make up the earths crust. Drained irrigation water and effluent sewage water are contributors to the quality of water. Typically, salinity level is the main concern in the irrigation industry due to the debilitating effect salt has on soil and product growth. However, there are also other contaminants like boron that can be just as harmful to the irrigation industry due its similar adverse effects. Elevated amounts of boron cause toxicity effects to occur which causes damage to the soil and overall product yield. These high amounts can already exist naturally in groundwater and seawater but can also be a result of contaminated water.

The following systems complement the applications of hydroponics, commercial farmers, greenhouses, and pharmaceutical industries. These systems also tackle the issues of bacteria & viruses, reduction of chloride, sulfate, sodium, nitrate, arsenic, and overall TDS.

 

Industrial/Commercial Reverse Osmosis System Features:

  • Capacity availability (ranges from 600 GPD to 900,000 GPD in capacity)
    • RO-200: 600 GPD – 15,000 GPD
    • RO-300: 13,000 GPD – 32,000 GPD
    • RO-400: 28,000 GPD – 172,000 GPD
    • RO-500: 200,000 GPD – 900,000 GPD
    • Purifies water to result in 97% TDS rejection
    • Removes 99% of contaminants
    • Reduces:
      • Hardness
      • Nitrate
      • Sulfate
      • Sodium Chloride
      • Heavy metals
      • Applications that would relate to this system are:
        • Agriculture, Hydroponics, Aquaculture, Greenhouses, and Livestock Drinking water.

Industrial/Commercial Nanofiltration System Features:

  • Capacity availability (ranges from 600 GPD to 900,000 GPD in capacity)
    • Commercial NF-300: 13,000 GPD – 32,000 GPD
    • Industrial NF-500: 200,000 GPD – 900,000 GPD
    • Reduces costs of operations
    • Saves energy
    • Softens water (tackles hardness)
    • Removes bacteria & viruses
    • Reduces:
      • Total dissolved solids (TDS)
      • Color + Turbidity
      • Nitrates
      • Sulfates
      • Chlorine/Fluoride
      • Pesticides + Herbicides + Insecticides
      • Sodium + Chloride
      • Applications that would directly benefit from this system are:
        • Hydroponics, Aquaculture, Agriculture, Greenhouses, and Livestock Drinking water.

Industrial/Commercial Media Filtration (Iron Removal) Features:

  • Capacity availability (ranges from 600 GPD to 500,000 GPD in capacity)
    • MF 400: 4,000 GPD - 140,000 GPD
    • MF 600: 35,000 GPD - 580,000 GPD Fiberglass tank avail. Limited size
    • MF 1000: 31,000 GPD – 555,000 GPD (Epoxy coated steel)
    • MF 1100: 31,000 GPD – 555,000 GPD (Stainless-steel)
    • Filters well water
    • Embedded backwashing cycles
    • Available manual control
    • Reduces:
      • Iron
      • Manganese
      • Hydrogen Sulfide + sulfur odors
      • Sediment
      • Applications that would relate to this system are:
        • Irrigation, Agriculture, Hydroponics, Greenhouses, Aquaculture, and Livestock Drinking water.

Our experienced team is here to assist in choosing the right agricultural water treatment system for your needs. They will take into account the quality of your water to ensure that the appropriate system is recommended for your application.

CUSTOM PURIFICATION SYSTEMS

Pure Aqua has manufactured hundreds of agricultural water treatment systems for irrigation purposes that purify millions of gallons of water every day. Our systems can handle any kind of contamination or fouling, and we will be happy to custom design a system to meet your specific output and purification requirements. 

Our water treatment technologies employed for the Agriculture markets include:

 

 
 
 

 

Completed Water Treatment Projects:

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