Photo: CFC™ Unit for Waste Water Treatment Plant
Cavitation System Characteristics
Energy Efficient – highest power concentration
Small footprint- elegant single-stage design
Robust and durable
Anti-clogging design – clean-in-place (CIP) is not necessary
No erosion – due to location – control of bubble collapse
Typical Skid – Mounted CFC™ Unit
Particle Size Reduction
The principle:
Liquid at higher pressure is pushed through a smaller orifice. That increases the velocity and reduces the static pressure. If the pressure is as low as the boiling point, water evaporates and vapor bubbles are generated.
The collapse of the bubbles, if controlled, can generate enormous shear forces that disrupt agglomerates and lyse cells.
Competitive Advantage
Cost
IP Protected
Installations/Customers Throughout Various Industries |
|
Abbott Labs | Bristol Meyers |
Clorox | Dow Corning |
DuPont | Eli Lilly |
Hoffman LaRoche | Proctor & Gamble |
Kraft Foods | Merck |
Nextar | Parke-Davis |
Purdue Phasrma | Unilever |
also others that are protected by Non-Disclosure Agreements