Colloid-A-Tron - Applications
Colloid-a-Tron | Technical Specification | Applications | Case Studies
Colloid-A-Tron (CAT) treatment can be used where-ever scale is created - in both cold water cooling systems and hot water systems. The sketches below show typical installations.
Colloid-A-Tron can be used to treat;
- Humidifiers (Air washers)
- Compressors
- Condensers
- Air Conditioning
- Air Washer/scrubber/humidifier Coolers
- Cooling rods Felt washing
- Film and x-ray processing Furnaces
- General Cooling system
- Hot Water
- Boiler, low pressure Calorifiers
- Ice Making Machines
- Machines, general Bearings, glands and seals Compressors
- Extruders
- Friction brakes
- Grinders and mixers
- Injection moulding machines Stationary engines
- Presses
- Vacuum pumps Valves
- Welding Plants
- Wire drawings
- Evaporator
- Processing, general
- Chemical reaction vessels Condensers
- Heat exchanger, plate
- Heat exchanger, shell and tube Jacketed vessels
- Pasteurisers
- Refrigeration general Condensors, B.A.C type, compressors, sterilisers, temperature probes
- Washers general, bottles washers, cask washers, dish washers
- Fruit Processing, bottling/soft drinks, dairy, cold stores, canning preservatives
- Cereals/bakeries/vegetable processing Meat and Fish
- Processing Wines/Brewing/Alcohol
- Sweets/Chocolate etc
- Hotels/Restaurants/Supermarkets/Offices etc
- Irrigation systems
And many more...
Preventing Scaling in Humidifiers:
Colloid-A-Tron prevents scale from forming on the condenser tubes and evaporative condensers.
Colloid-A-Tron is installed in the cold water feed to the heating system. Provided it is sized correctly, it will prevent or greatly reduce scale from forming on the heating surface.
Unique computer prediction - Only Fluid Dynamics has this capability
A unique computer prediction enables possible applications to be screened for suitability. This program took three years to develop and is based on both practical experience and a number of university studies.
By adding both the water chemistry and flow details, an accurate assessment of the effectiveness of the treatment can be made and the optimum operating conditions can be recommended.
