Glycol System Solutions & Revitalization
Peak thermal efficiency relies on consistent care. Schedule this process if testing indicates contamination, acidity, or every two years to stop degradation. In Indiana, robust freeze protection is vital to safeguard critical HVAC equipment against extreme sub-zero winter temperatures.
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When to Service
Look for signs of reduced thermal efficiency, unusual pressure fluctuations, pungent odors, or visible mineral accumulation. Systems typically require inspection every 6-12 months depending on operational load and environmental exposure.
Why It Matters
Skipping routine maintenance leads to sludge buildup and corrosion, which forces your pumps and motors to work harder, significantly increasing energy costs. Performing this service ensures peak heat transfer rates and eliminates the risk of unexpected system failure during critical production cycles and reduced downtime. Benefits include extended equipment life, lower utility bills, and guaranteed operational safety.
Industrial Glycol & System Cleaning
Glycol Feeders
Service should be performed quarterly or yearly depending on load demand, or immediately if you notice reduced heat transfer efficiency, visible sediment in fluid samples, or unusual system pressure fluctuations.
Glycol Reconditioning
It’s recommended that all glycol loops use a dedicated glycol feeder instead of hard water makeup to keep the glycol concentration stable and prevent mineral-laden water from entering the system. This helps avoid scale, corrosion, and sludge, which protects pumps and heat exchangers and keeps heat transfer efficient over the long term.
Manufacturers' Recommendations
Equipment makers generally suggest annual testing for glycol systems to protect warranty. For high-duty cycles, they recommend checking fluid quality every six months to catch problems early and avoid expensive repairs.
Ensure your systems are operating at peak mechanical efficiency.