터보만

Automatic scale removal equipment

SRD-Series

Technology that nurture mankind and nature is what Turbomann aiming. Turbomann is looking beyond technolgy that will last centuries.

Scale Removal Method Using Electrolysis Principles

Reduce the scale-causing substances Ca (calcium), Mg (magnesium), SiO (silicon dioxide) in coolant through
electrolysis It is deposited in the form of CaCO3 (calcium carbonate) and discharged out of the water system
to prevent the formation of the internal and external scales of the cooling system in advance. Water changed into electrolyte structure circulates to replenish scale-causing substances lost by electrolysis and maintain
equilibrium Take scale causative material from existing scales attached to circulation systems, such as cooling
towers and heat exchangers, electrolyze it and discharge it to the outside. It also minimizes microbial
reproduction by suppressing the occurrence of slime, which is the food for microorganisms produced in the
coolant circulation system.

Installation Site View Catalog

Product structure and key features

Product structure

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Key Functions

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Applications and uses

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Applicable to all locations where cooling tower circulation water is used, scale within
circulation water and invisible circulation water It can be separated and discharged to the
scale inside the pipe, and the summer Legionella and aerobic microorganisms Prevents
reproduction by electrolysis. Refrigerator necessary for processing/storing seafood/food/
drink processing/storing Molded processing, die casting, compressor, press equipment,
indirect heaters, etc. during the heat exchanger (evacon, condenser) production process
It can be applied to various cooling devices.

※Department stores, large shopping centers, general hospitals, hotels,
condominiums, government buildings, schools, etc It can be applied
wherever cooling circulation water is required.

Installation case and effectiveness

1.Customer installation case

2.Scale Capture Cases

Slime is removed and the cooling tower of the upper scale look

Intercooler scale removal

Installation effect

Reduced fluid transport capacity due to reduced cross-sectional area due to internal scale of piping

Improved transportation capacity by removing the internal scale of pipes
Reduction of Heat Transfer Efficiency by Scale Generation inside Heat Exchanger

Increased heat exchange efficiency
Provide causes of various valves and equipment failure due to deterioration of water quality

Improvement of the cause of failure
Scale increases power usage

Cost reduction
Increased maintenance costs for facilities

Cost reduction
Frequent blowdown of coolant due to concentration of chemicals

Water saving
Reduced facility efficiency due to slime and various bacteria

Improve efficiency

Specifications

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