Irrigation and drainage water
More control over recirculating water and less risk of microbiological build-up in the water circuit.
Horticulture - When water quality starts to drive your cultivation
Recirculation increases efficiency, but also microbial growth.
CWN helps to manage this structurally, without dependence on chemistry.
From analysis to structural management of your water system.
When your water system starts to become unbalanced
Many systems appear stable, until microbiological pressure builds up unnoticed and performance starts to vary.
Recurring biofilm in basin or pipes
Unstable water quality with drain water reuse
Increasing need for H₂O₂ dosing
Increasing CFU counts in water analyses
Uncertainty about water circuit dissemination
Recirculation increases efficiency but also accelerates microbiological growth. Without targeted management, a cycle of correction and dosing emerges.
Current approach
UV Disinfection
Oxidative Dosing (H₂O₂)
Periodic flushing
Many installations only react when deviations become visible — often too late to effectively intervene.
→ Structural control
Nano-cavitation intervenes in the microbiological dynamics in the water and helps to structurally limit the build-up of biofilm and bacteria.
Instead of correcting afterwards, the system is continuously influenced at critical points.
Applications in horticulture
With nano-cavitation as a basis for structural control of microbiological pressure.
Biofilm in basins and pipes
Limit recurring system fouling from microbiological build-up on walls, pipes, and wet surfaces.
Drainage water and emission pressure
Support the stable reuse of drain water and work more effectively on water quality within stricter emission frameworks.
Humidification Systems
Enhance microbiological stability in misted or recirculating water systems within the greenhouse environment.
What's changing in your system
- More stable water quality
- Fewer peak dosages
- Better predictability
- More control over recirculation