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Scale Free Systems - Non Chemical Water Treatment Services
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We address the four main areas of water treatment problems - SCALE CORROSION, MICROBIOLOGICAL FOULING AND SUSPENDED SOLIDS - as follows:
The Scale Free Water Treatment Program controls scale from building up on heat transfer surfaces, such as heat exchangers, boilers, chillers, and potable hot water heaters.
Scale is controlled by the crystal modification process.
We utilize electrolytic action to interrupt and modify the scale forming crystals. This allows the hardness to come out of solution to form a non-sticking sludge that can be removed by blow down.
Corrosion protection is achieved by utilizing present accepted methods that are used throughout the water treatment industry.
The basic approach is a non acid treatment program. We simply allow the natural alkalinity and calcium hardness present in the make up water to build up. As the cycle of concentration increases, the pH tends to level off in the range of 8.8 to 9.5 pH. At these levels, the buffered alkalinity contributes to the corrosion control. Further corrosion protection of the heat transfer area can be provided by a cathodic protection system.
Microbiological control in cooling systems is achieved by utilization of a non polluting ionization process which controls algae and bacteria.
Control of suspended solids can be achieved by side stream separation or filtration and is highly encouraged to keep chillers and towers clean.
Our SCALE FREE SYSTEM water treatment program will include the best of on site monitoring service.
We will make regularly scheduled service calls. The service will include inspection of all covered equipment: condenser, boiler, heater, etc.
We will run appropriate water analysis on all systems. We will provide a written service report showing the actual water quality of each system and compare each system to CONTROL PARAMETERS set to achieve required results.
We will bleed off limits by indicated T. D. S. control.
We will monitor system: PH, T. D. S., alkalinity and hardness.
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