POOLS
Swimming pools, spas, and aquatic facilities require stable water temperatures, quick thermal response, and corrosion resistance due to chemical treatments like chlorine and salt. Efficiency and hygiene are critical in both public and private installations.
Swimming pools, spas, and aquatic facilities require stable water temperatures, quick thermal response, and corrosion resistance due to chemical treatments like chlorine and salt. Efficiency and hygiene are critical in both public and private installations.
The main challenges in this sector
The main challenges in this sector
Highly chlorinated or saline water
Water in pools and spas often contains disinfectants or salt, which can corrode standard materials. Equipment must use non-reactive metals to ensure longevity and safety.
Stable and responsive temperature control
Pool water must stay within tight temperature margins for comfort and regulation. Heat exchangers must react quickly to demand fluctuations.
Hygienic conditions and fouling prevention
Biofilms and organic matter can foul heat surfaces, reducing efficiency. Low-fouling designs and easy-to-clean structures are necessary.
Energy efficiency in heating large volumes
Maintaining pool temperatures consumes large amounts of energy. Heat recovery and condensing boiler integration can reduce costs significantly.
Our involvement in the sector
thermowave delivers compact, plate heat exchangers adapted for chlorinated, saltwater, and high-humidity environments. Our solutions combine efficiency, safety, and corrosion resistance for pool heating systems in leisure centers, resorts, and wellness facilities.
Pure performance in aquatic temperature control
PHE design with corrosion-resistant alloys
All plate heat exchangers units prevent leakage and resist degradation from chlorinated and salty environments, using 316L stainless steel or Titanium.
Fast thermal response and stable output
With optimized plate geometry, themowave and Nexson exchangers provide rapid heating and constant water temperature, even under cycling conditions.
Designed for hygiene and easy cleaning
Low-fouling surfaces and accessible layouts support cleaning-in-place (CIP), reducing maintenance and keeping systems compliant with hygiene standards.
Integration with heat pumps and boilers
Our exchangers can connect directly to heat pumps, condensing boilers, or solar systems, improving energy efficiency across aquatic installations.
Pure performance in aquatic temperature control
PHE design with corrosion-resistant alloys
All plate heat exchangers units prevent leakage and resist degradation from chlorinated and salty environments, using 316L stainless steel or Titanium.
Fast thermal response and stable output
With optimized plate geometry, thermowave and Nexson exchangers provide rapid heating and constant water temperature, even under cycling conditions.
Designed for hygiene and easy cleaning
Low-fouling surfaces and accessible layouts support cleaning-in-place (CIP), reducing maintenance and keeping systems compliant with hygiene standards.
Integration with heat pumps and boilers
Our exchangers can connect directly to heat pumps, condensing boilers, or solar systems, improving energy efficiency across aquatic installations.
