Reduced cooling performance
Process instability
Increased downtime
Higher maintenance labour requirements
One on the 6°C cold water line feeding mould cooling manifolds
One on the cooling tower outlet supplying heat exchangers
Improved water transparency and progressive elimination of algae
Reduction of scaling within cooling ducts
Maintained effective flow diameter in cooling circuits
Improved mould cooling efficiency and process stability
Clean heat exchangers with no scaling observed
Maintenance intervals increased by approximately 15–25% within six months
Reduced downtime and maintenance labour hours
Continuous operation for 15 years without maintenance
Investment fully amortised; units expected to operate for at least 5 additional years
Restoring HVAC performance in a large education facility

Restoring HVAC performance in a large education facility

US Government study validates catalytic technology

US Government study validates catalytic technology

Improving greenhouse performance in education facilities

Improving greenhouse performance in education facilities

Reducing downtime on offshore compressor cooling systems

Reducing downtime on offshore compressor cooling systems

Replacing COâ‚‚ dosing in paper manufacturing

Replacing COâ‚‚ dosing in paper manufacturing

Improving cooling efficiency at a Honda manufacturing plant

Improving cooling efficiency at a Honda manufacturing plant

Improving cooling system reliability at Daimler Truck

Improving cooling system reliability at Daimler Truck

Eliminating scale and chemical cleaning in a commercial training kitchen

Eliminating scale and chemical cleaning in a commercial training kitchen

Reducing maintenance downtime in a busy restaurant

Reducing maintenance downtime in a busy restaurant

Eliminating shutdowns in pharmaceutical production

Eliminating shutdowns in pharmaceutical production

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