Microbial growth can form biofilms that decrease heat transfer efficiency, increase corrosion risk, and harbor harmful bacteria like Legionella. HydroGuard addresses this by using oxidizing and non-oxidizing biocides, combined with continuous monitoring and periodic shock dosing to control bacterial populations.

Excessive microbial activity can cause slime deposits, odors, and operational inefficiencies. HydroGuard uses targeted biocides and continuous monitoring to control microbial populations without disrupting beneficial bacteria in biological treatment units.

Fouling results from particulates, biofilms, and organic matter building on membranes. HydroGuard implements antiscalants, periodic cleaning, and biocide dosing to prevent fouling, maintaining consistent water flow and salt rejection.

Stagnant water, warm temperatures, and nutrient presence lead to biofilm formation. HydroGuard applies oxidizing and non-oxidizing biocides, combined with regular monitoring, to prevent fouling and ensure clean and efficient chiller operation.

Microbial contamination can form biofilms and contribute to corrosion under deposits. HydroGuard uses biocides and system monitoring to control microbial populations, complemented by proper water chemistry management to maintain safe operational conditions.