Vertical FarmingiStock

Vertical farming water filtration systems

Recirculation of water in vertical farming

To reduce water waste in vertical farming, the water must be recirculated. In order for efficient recirculation, water must first be filtered in order to remove solids that could damage the ultrafiltration membrane or block the irrigation nozzles and thus reduce the operational efficiency of the CEA irrigation system.

Thumbnail video vertical farming

Vertical farming made easy with BOLLFILTER

Vertical farming system hydroponic
Vertical farming system aeroponic

For all types of vertical farming and controlled environment agriculture (CEA) such as hydroponic or aeroponic growing systems. Boll Filter maintains the integrity and cleanliness of your irrigation water and nutrient solution.

Your benefits

Protection of irrigation system
Protection of irrigation system

Protection of:

  • Ultrafiltration membrane

  • Irrigation nozzles

Cost reduction
Cost reduction
  • Low maintenance irrigation automatic filter
  • Low energy consumption filter - saving electricity
  • Reduced waste by eliminating disposable cartridges 
Increased water quality
Increased water quality
  • Reduction of pathogens in closed loop growing systems
  • Reliable irrigation from the pumped water to the crop

Vertical farming automatic filters 

The vertical farming automatic-filters from BOLL feature a self-cleaning system able to guarantee flawless operation for:

  • A specific degree of filtration between 20 and 150 µm
  • Corrosive applications and high oxidization
  • High amounts of suspended solids, such as sand, algae, metallic flakes, plant material and other organics
  • Irrigation line flows from 30 gallons a minute to 4,000+ gallons a minute
  • Low and high pressure systems
Would you like to contact us?
Frank Zichel
Frank Zichel Head of Sales - Business Unit Water Filtration Solutions

Here you will find the information on the privacy policy

Central
+49 2273/562-0Spareparts
+49 2273/562-500
Contact
Follow us on LinkedIn