Get through the summer in the data center! Solve cooling tower troubles with 'Mecasera Water'
Maintaining the efficiency of cooling towers in data centers during extreme heat is a matter of life and death. Scale, algae, and slime that develop in circulating water significantly reduce heat exchange efficiency and, in the worst case, can lead to equipment troubles. The fundamental solution to these issues is the "Mecasera device." 【Three Major Causes of Circulating Water Problems】 Scale: Calcium and other substances crystallize and block pipes. Algae (blue-green algae): Proliferate and worsen water flow. Slime: Adhesive substances derived from bacteria. Can also be a breeding ground for scale. 【Mechanism of Mecasera Water】 This device generates "Mecasera water" by reacting sodium hypochlorite with special ceramics. Dissociates molecular bonds: Prevents scale adhesion and removes existing accumulations. Destroys cell membranes: Kills algae and bacteria, fundamentally suppressing their proliferation. If you feel limited by chemical management or are struggling with decreased cooling efficiency, please consider improving water quality with the Mecasera device. Let's achieve stable operation and get through the harsh summer! For more details, please feel free to contact us.
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basic information
Circulating water volume: 300㎥/h or more Material: SUS304 Dimensions: To be discussed separately Catalyst amount: Determined by wastewater treatment volume (special ceramic) Chemical dosing machine: Chemical dosing pump drip Weight: Approximately 50kg or more Chemical used: Sodium hypochlorite 12%
Price information
It will be decided after a meeting following the specification decision.
Delivery Time
※Delivery dates may vary depending on specifications, generally around 3 months.
Applications/Examples of results
Removal and suppression of scale, slime, algae, etc., that hinder the cooling effect of liquid cooling and cooling towers in data centers.
Detailed information
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Mechanism of Purification of Mekacera Water: Advanced Water Treatment through Redox Reactions The Mekacera device generates "Mekacera Water" by bringing sodium hypochlorite into contact with "special catalyst ceramics," enhancing the oxidative decomposition power of chlorine to its limits. This powerful oxidation action fundamentally decomposes and suppresses scale, algae, and slime that hinder the efficiency of cooling towers. 【Advanced Water Treatment Process】 1. Increased Oxidative Power: Through contact with the special catalyst, chlorine exhibits a strong decomposition ability, removing contaminants at the molecular level. 2. Neutralization of pH: After undergoing multiple redox processes, the circulating water stabilizes in the neutral range. This reduces the risk of corrosion in metal piping and extends the lifespan of equipment. 3. Continuous Cleaning: By continuously repeating this series of reactions within the device, the water quality is maintained in a purified state at all times. This water treatment technology, which does not rely solely on chemicals, maximizes cooling efficiency even during harsh summer conditions and strongly supports the stable operation of data centers. If you are considering optimizing maintenance and reducing costs, please consider implementing this system.
Line up（1）
| Model number | overview |
|---|---|
| HES-B Series | Large canister |
Company information
The main business of SGM Corporation, the "Mecasera System," was developed in 1983 through joint research with Tohoku University. The core technology of this system is the superoxide ion generation method, which is aimed at water quality purification treatment of waste oil and other substances, as well as deodorization, water quality purification, and sludge reduction of sewage and domestic wastewater in agricultural communities and sewer systems. The water purification quality is remarkably stable and low-cost, requiring no modifications to existing equipment, and it can be used semi-permanently as a reliable and robust product. For over 30 years since its launch, there have been numerous achievements, including local governments (agricultural communities), major companies in Japan, and various foreign countries.
