Our company provides specialized chemical cleaning services for your facilities, using strictly controlled methods that effectively remove deposits, without causing the slightest damage to the network's metal components.
1. Chemical Cleaning of Boilers (Steam Generation Systems) In boilers, deposits of hard minerals (such as calcium carbonate) act as a thermal insulator. This leads to a sharp increase in fuel consumption and the risk of overheating or rupture of the tubes.
Our approach: We perform targeted chemical cleaning to completely dissolve and remove scale. This process restores the boiler’s thermal efficiency to its original design levels, ensuring immediate energy savings and safe operation.
2. Chemical Cleaning of Cooling Towers & Cooling Circuits Open cooling systems that lack proper treatment and protection are extremely susceptible to the accumulation of salts, atmospheric pollutants, and biological sludge (algae, bacteria). Their accumulation impedes heat exchange and creates hotspots of microbiologically induced corrosion. The chemical cleaning of a cooling tower is particularly demanding, as it is important to protect the galvanized coating of the fins, which is sensitive to the acids used in standard chemical cleaning processes. For this reason, special passivators are used that act as a shield for the zinc coating on the fins.
Our approach: We perform a comprehensive, multi-stage cleaning process. First, we eliminate the microbial load (disinfection shock), and then we proceed with a mild chemical descaling of the tower cells and heat exchangers, restoring the system’s full cooling capacity.
The key advantage of professional dry cleaning is that it provides complete protection for mechanical equipment.
Inhibitors: The cleaning solutions we use are enriched with powerful inhibitors. These substances “recognize” the bare metal and form a protective shield over it. Thus, the chemical solution breaks down only the salt deposits, leaving the metal of the pipes and heat exchangers (steel, copper, aluminum) completely undamaged.
Continuous Laboratory Monitoring: During the cleaning process, we take continuous samples and measure key parameters so that we know exactly when the system has been cleaned, thereby avoiding the unnecessary retention of chemicals in the system.
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