Limit biofilm in pipes and installations
Prevent buildup in critical areas of your system where biofilm develops and spreads.
Process Water - Manage biofilm and microbiological buildup
In industrial processes, microbiological growth leads to disruptions, maintenance, and reduced efficiency. CWN assists in managing biofilm and water quality, tailored to your specific installation.
Signs that your process water is out of control
In industrial systems, microbiological buildup often leads to disruptions that only become apparent when processes have already been affected.
Biofilm formation in pipes and installations
Fouling of heat exchangers or membranes
Increasing pressure drop in systems
Increased maintenance frequency
Unpredictable process disruptions
Process water is often reused within closed or semi-closed systems. Without targeted management, a cycle of pollution, cleaning, and repetition develops.
Current approach
Dry cleaning
Rinse Programmes
Filtration and disinfection
This approach corrects contamination but does not prevent structural build-up in the system.
→ Structural management
Nano-cavitation influences the microbiological dynamics in process water and helps to structurally reduce biofilm and fouling build-up.
Instead of reactive cleaning, the system is continuously influenced at critical points.
Applications within process water installations
With nano-cavitation as a basis for structural control of microbiological pressure.
Prevent fouling of heat exchangers and membranes
Minimize microbiological fouling affecting heat transfer and system performance.
Manage water quality in buffer tanks and reservoirs
Prevent stagnant water from becoming a source of microbiological buildup and recontamination.
Continuous influencing of microbiological dynamics
Continuously support your system, instead of only intervening when disruptions occur.
What is changing in your process
- Less biofilm buildup in systems
- Lower fouling of installations
- More stable water conditions throughout the circuit
- Less corrective cleaning required
- Better predictability of processes
- More control over system performance