
Microbiocide for Cooling Tower Water Treatment
In industrial facilities worldwide, it has always been a challenge to prevent dust, dirt, pollen, mold, and other contaminants from entering the cooling waters and forming microbial growth that clogs towers and impedes production. But maintaining a contaminate-free cooling tower often comes with steep operational costs and dangerous, toxic byproducts.
HaloC50 is a unique and powerful oxidizing microbiocide that maintains microbiological control in cooling tower systems. Our formulation reduces cooling tower water treatment costs, facility lifecycle costs, and water consumption while also improving your environmental footprint by eliminating toxic water treatment byproducts.
The Benefits of HaloC50
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Reduces Operational Costs
From treatment costs to facility lifecycle, biocide transition, and water consumption, Halosil Water Microbiocides reduce the cost to run your operation.
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Protects the Environment
Halosil Water Microbiocides do not create VOCs, THMs HAA5s, Chloramines, salts, or other harmful byproducts that other biocides often produce—ultimately reducing the environmental footprint of your water treatment processes while maintaining microbiological control.
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Preserves Systems & Facilities
Halosil Water Microbiocides are significantly less corrosive than other leading biocides like chlorine, bromine and peracetic acid, and take less of a toll on equipment to extend system lifespan.
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Prevents Biological Contaminates
Facilities that utilize water, particularly at high temperatures, are breeding grounds for microorganisms. With no known bacterial resistance, Halosil Water Microbiocides maintain biofilm and microbiological control while preventing the build-up of bacteria such as legionella.
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Compatible with Existing Water Treatment Programs
Halosil works with existing water treatment providers to ensure a smooth transition from an existing biocide to Halosil’s HaloC50, with no interruptions to your system lifespan.
HaloC50 Applications
Cooling Tower Water Treatment
Extensive cooling tower disinfection is required in order to prevent dust, dirt, pollen, mold and other contaminants that enter the cooling towers from forming into microbiological growth that clogs towers and impedes production. HaloC50 prevents the formation of biofilms without compromising system integrity, allowing facilities to sustain processes uninterrupted while maintaining microbiological control.

