Cooling systems and cooling towers
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Cooling water is rich in oxygen. Cooling systems are exposed to oxygen corrosion, algae and bacterial growth. In open cooling systems and cooling towers corrosion is increased by the high conductivity of water due to evaporation. Microbes cause various problems such as oxidizing water, precipitation, slime build-up and corrosion.
Corrosion, scale and deposits cause problems in cooling systems and towers. Water circulation is weakened, the cooling capacity is reduced and cooling water becomes turbid. It becomes difficult to regulate systems. There may be cloggings in the narrowest parts and leakages in the system. Equipment may break down. Additional cooling equipment may have been unnecessarily acquired.
System surveys and analytical services
The condition of cooling systems and towers is discovered by means of water analyses. The results are documented and reported to the customer (analysis report). The customer also receives system-specific recommendations for future actions and a cost estimate.
Maintenance services
Commissioning cleaning and corrosion protection
New cooling systems are cleaned (commisioning cleaning) in order to remove protective greases and construction-related impurities from heat transfer surfaces. They are also are protected against corrosion and scale. These procedures ensure that devices operate without any interruptions.
Renovation cleaning and corrosion protection
Old cooling systems are cleaned (renovation cleaning) and protected against corrosion in order to restore their heat transfer capacity. These measures ensure that balancing plans are put into practice.
Cleaning of heat exchangers or cooling towers
Heat exchangers and cooling towers are cleaned in order to restore their operating capacity. Cleaning procedures extend the lifetime of an exchanger or a cooling tower and improve its energy efficiency.
Filtarition of solids
Detrimental solids are removed from the system by filtration. Solids may cause blockages and defects in the devices installed in the system. Filtration improves the quality of heat transfer liquids and restores the cooling capacity.
Prevention of microbial growth
Biocides are used to prevent microbial growth and to keep bacteria under control. It is possible to destroy the bacteria resistant to specific biocides by changing the type of biocide.
Report
The maintenance procedures are reported to the customer. The report can be attached to the maintenance manual of the building.