Ionic Action Sphere: Advanced technology for water stability and limescale control in evaporative systems
Water is the driving force behind evaporative coolers, but its constant recirculation creates critical challenges: microorganisms growth, biofilm formation, limescale deposits, and unpleasant odors. To address these problems, ionic mineral stabilization spheres are emerging as an advanced, sustainable, and technical preventive solution for water maintenance.
What is this technology and how does it work?
It is a compact device designed to be placed directly in the water tank, preferably near the pump. Inside, it contains active mineral and ceramic materials that, when in contact with water, release silver and copper ions in a controlled and continuous way.
Unlike aggressive chemical treatments, this process is physical-chemical and low-intensity. It does not alter the pH of the water and remains fully compatible with the equipment’s internal components, helping to extend its service life. Its autonomous operation simplifies preventive maintenance tasks significantly.
Technical efficiency in microbiological control
The main value of this technology lies in its ability to create an unfavorable environment for the development of microorganisms in recirculated water. The continuous release of ions makes it more difficult for biological deposits to adhere to internal surfaces, limiting the formation of biofilm (sludge) that typically accumulates in tanks and pipes.
Laboratory tests conducted under controlled protocols have shown the high capacity of this technology to promote water stability, showing significant reductions in common strains:
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98.8% reduction in tests with Escherichia coli
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94.6% reduction in tests with Enterococcus faecalis
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71.0% reduction in tests with Pseudomonas aeruginosa
In addition, its action helps inhibit the growth of fungi and molds, preventing the unpleasant odors that often appear after overnight or weekend shutdowns.
Prevention and control of risk factors
Microorganisms like Legionella pneumophila find favorable conditions for growth in systems where biofilm is present and maintenance is insufficient. By reducing the formation of this biological layer and helping to maintain optimal water conditions, the ionic action sphere acts directly on the risk factors associated with these systems.
It is important to note that this solution acts as a preventive and complementary measure, reinforcing good maintenance practices and integrating into the cleaning protocols required by current regulations.
Anti-scale effect: transforming limescale into aragonite
One of the most relevant benefits of this system is its impact on water hardness. The mineral ions released promote the transformation of limescale into aragonite, a non-encrusting mineral form that does not easily stick to internal surfaces.
By preventing limescale from forming solid deposits on evaporative panels and pumps, the following is achieved:
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Maintenance of cooling efficiency.
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Reduction of blockages and mechanical failures.
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Lower technical cleaning and maintenance costs.
Application and performance
Implementation is simple and requires no modifications to the installation. For optimal protection, the following guidelines are recommended:
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Dosage: 1 sphere per 50 liters of tank capacity.
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Installation: Fully submerged in water.
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Duration: Each sphere provides continuous action for 6 months, covering a full seasonal operating period.
Conclusion
The ionic sphere represents the balance between operational efficiency and improved environmental hygiene. It is a technical solution that protects equipment performance and improves water quality automatically.
Help keep your evaporative systems cleaner, more efficient, and more reliable over time. Do not leave water quality to chance and implement our leading solution in microbiological stabilization today.
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