IBN-Cooling Cooling Water Systems

With surface and interfacial tension reduced, the solubility of organic material in the water phase increases, reducing the tendency of fats, oils and organic residues to concentrate and deposit on fill media and heat-exchange surfaces. On the newly exposed surface of that organic material, hydrolysis accelerates. Complex molecules break down into smaller, soluble fractions, the same molecular outcome associated with enzymatic action, but achieved through a stable, non-living physico-chemical mechanism, without added enzymes or bacteria.

Organic and mineral deposits on heat-exchange surfaces don't just reduce thermal efficiency. They create localised zones of differing oxygen concentration between the deposit and the surrounding metal, a known driver of accelerated, localised corrosion. By reducing the organic component of that fouling, IBN-Cooling helps limit the conditions under which this type of deposit-driven corrosion develops.

Mineral scale doesn't just form on a clean surface, it needs a starting point, and organic deposits provide exactly that: physical irregularities and locally concentrated ions that make it easier for scale crystals to nucleate and take hold. By reducing organic buildup on heat-exchange surfaces, IBN-Cooling reduces the anchor points scale relies on to form and adhere, contributing to less combined organic-mineral fouling over time. This works alongside, not instead of, your existing scale-inhibitor programme.

Cleaner heat-transfer surfaces maintain the thermal performance the system was designed for, reducing the gradual efficiency loss that organic fouling otherwise causes over time.

Supports consistent water chemistry and reduces organic fouling on fill media and heat-exchange surfaces, in open recirculating towers and closed-circuit systems alike.

Maintains stable recirculating water quality in high-volume district cooling infrastructure, including systems using treated sewage effluent (TSE) as a water source.

Effective in environments where process contamination introduces variable organic loads into cooling circuits, reducing the unpredictability that comes with fluctuating input quality.

No substrate-specificity limits, no cofactor requirements, no sensitivity to the pH swings or temperature extremes that deactivate biological enzymes over time.

IBN-Cooling addresses the physical and organic-load side of cooling water performance. It is not a substitute for the microbiological water treatment and monitoring programme your system already has in place, and should be used alongside it, not instead of it.