Cooling Tower Water Treatment Solutions
Advanced ozone systems for Legionella control, scale prevention, and energy-efficient cooling tower operations
Cooling Tower Treatment Benefits
Advanced ozone technology for cleaner, more efficient cooling systems
Legionella Prevention
Eliminate dangerous bacteria that cause Legionnaires' disease
Scale & Biofilm Control
Prevent mineral deposits and biological growth in systems
Reduced Chemical Usage
Minimise biocides and chemical treatments significantly
Improved Efficiency
Enhance heat transfer and reduce energy consumption
Cooling Tower Challenges
Complex issues requiring advanced treatment approaches
Legionella Risk
Bacterial growth poses serious health risks to building occupants
Scale Formation
Mineral deposits reduce efficiency and increase maintenance costs
Chemical Dependency
Traditional biocides are expensive and environmentally harmful
Energy Inefficiency
Fouled systems consume more energy and increase operating costs
Our Cooling Tower Technology
Specialised ozone systems designed for cooling tower applications
Purpose-built ozone systems for cooling towers, providing continuous disinfection and biofilm control.
Learn MoreReal-time ozone residual monitoring and automated control systems for optimal treatment efficiency.
Learn MoreEfficient ozone contact and mixing systems ensuring optimal gas transfer in cooling water loops. Our nano-bubble diffusion technology delivers sub-200nm bubbles for dramatically enhanced gas-liquid mass transfer, maximising ozone dissolution and treatment efficacy throughout the system.
Learn MoreCooling Tower Applications
Comprehensive treatment solutions for all types of cooling systems
HVAC Cooling Towers
Industrial Process Cooling
Power Plant Cooling Systems
Manufacturing Facilities
Data Center Cooling
Hotel & Hospital Cooling
Commercial Buildings
Refrigeration Systems
Why Choose LOTUS OZONE for Cooling Tower Treatment
Specialised expertise in cooling tower ozone applications
Frequently Asked Questions
Common questions about cooling tower ozone treatment
How does ozone prevent Legionella in cooling towers?
Ozone provides continuous disinfection by oxidising bacteria and biofilms at the cellular level. Unlike chlorine-based biocides, ozone reaches all areas of the system and provides residual protection.
What ozone concentrations are needed for cooling towers?
Typical ozone residuals of 0.1-0.3 ppm in the cooling water are effective for bacterial control while being safe for system components when properly managed.
Can ozone replace all chemical treatments?
Ozone can eliminate or significantly reduce biocides, algaecides, and some corrosion inhibitors. Some scale inhibitors may still be needed depending on water quality.
What's the ROI for cooling tower ozone systems?
Most installations see payback within 12-24 months through reduced chemical costs, energy savings, and lower maintenance requirements.
How do you prevent ozone corrosion in cooling systems?
Our systems are designed with proper ozone residual control, corrosion-resistant materials, and monitoring to prevent over-dosing that could cause corrosion.
What monitoring is required for ozone systems?
We provide automated ozone monitoring and control systems that maintain optimal residuals while providing alarms and data logging for compliance.
Can ozone systems retrofit existing cooling towers?
Yes, our modular ozone systems can be easily integrated into existing cooling tower infrastructure with minimal downtime and modifications.
What maintenance is required for cooling tower ozone systems?
Maintenance is minimal - primarily periodic electrode cleaning and system inspection. Much less than traditional chemical feed systems.
Optimise Your Cooling Tower Operations
Our cooling tower specialists will design an ozone treatment solution that eliminates Legionella risks, reduces chemical costs, and improves your system efficiency.