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Chem-Aqua, Inc.
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Chem-Aqua - Comprehensive Cooling Water ...

Chem-Aqua - Comprehensive Cooling Water Treatment Solutions

FromChem-Aqua, Inc.

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Chem-Aqua offers a robust suite of cooling water treatment solutions aimed at optimizing the performance of cooling systems such as cooling towers, evaporative condensers, chillers, and closed loops. Understanding the critical nature of efficient cooling water treatment, Chem-Aqua employs a 360° Get Clean, Keep Clean™ approach, which is tailored to address specific cooling water challenges including scale deposits, corrosion, microbiological growth, fouling, and inefficient water use. This tailored approach not only enhances system efficiency and reliability but also mitigates operational costs and environmental impact. By addressing mineral build-up, corrosion, and biofilm issues, Chem-Aqua enhances heat transfer efficiency and prolongs equipment life. The company integrates advanced technologies like bioDART® Biofilm Monitor and bioeXile® Cleaning Solutions, which provide real-time biofilm monitoring and improved cleaning efficiency. Chem-Aqua ensures that cooling systems comply with standards such as ASHRAE 188, all while minimizing downtime and maximizing system reliability.

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At Chem-Aqua, we understand that effective cooling water treatment is essential to keeping cooling tower systems, evaporative condensers, chillers, and closed loops running at optimal performance. Our comprehensive 360° Get Clean, Keep Clean™ Approach allows us to design a water treatment program to your business’s specific needs, increasing sustainability while reducing energy, water, and operational costs.

Significant Challenges with Cooling Tower Systems

Cooling systems are susceptible to various water-related issues that can impact their efficiency, effectiveness, and safety. Without a tailored cooling water treatment program, these issues can lead to equipment failure, production downtime, added costs, reduced efficiency, and Legionella-related risks

Scale Deposits
Mineral build up, such as calcium and magnesium on heat exchanger surfaces, can significantly reduce heat transfer efficiency, ramp up energy consumption, and operating costs.

Corrosion
Untreated water can lead to metal deterioration in cooling tower systems, leading to equipment failure, costly repairs, and production downtime.

Microbiological Growth
Uncontrolled microbiological activity can lead to reduced heat transfer, potential equipment damage, clogged pipes, and an increased risk of Legionella.

Fouling
The accumulation of debris, sediment, and microbiological growth in cooling tower distribution systems, tower fill, and other components cause restricted water flow, water quality issues, and heat transfer inefficiency.

Inefficient Water Use
Excessive blowdown, leaks, and overflow result in unnecessary water consumption within cooling tower systems and the loss of valuable treatment chemicals.

White Rust
Porous white deposits that can form on the surface of galvanized steel can compromise protective coatings and reduce the corrosion resistance of components, weakening overall structural integrity.

Improved Efficiency
Water savings
Energy savings

Enhanced Reliability
Extended equipment life
Reduced maintenance

Increased Safety
Environmental compliance
Legionella Risk Management

Sustainably Clean
Preventative cleanings
Achieve sustainability goals