Safe water and constant efficiency for schools, barracks, and public facilities
Lysor improves the stability of systems, ensuring continuity of service even in high-traffic environments with often outdated water networks.
Why water is strategic in public buildings
In community facilities — schools, barracks, swimming pools, and community centers —water is an essential resource for hygiene, safety, and heating.
Extensive water networks, outdated systems, and a high number of users make biofilm, limescale, and thermal inefficiencies recurring and costly problems.
Lysor acts on the structural causes of these critical issues, restoring hydraulic efficiency and microbiological quality without interrupting activities and without invasive interventions.
Hygienically safer water for high-traffic environments
In public facilities, the microbiological quality of water is essential: high traffic, complex networks, and temperature variations promote the formation of biofilm, an ideal habitat for Legionella and other microorganisms.
Lysor eliminates biofilm and prevents it from reforming, improving the effectiveness of disinfection systems and contributing to compliance with health requirements.
The result is a more stable network, with safer water at the points of delivery, even in buildings with outdated systems.
Thermal and hydraulic efficiency for large networks
Clean networks and efficient heat exchange
Limescale and mineral deposits reduce the capacity of systems to heat water and maintain the required operating temperatures in schools and barracks.
With Lysor, heat exchange returns to nominal values and systems operate more stably.
Restoration of flow rate and continuity of service
The solubilization of scale deposits frees pipes and equipment, increasing the flow rate even in very large or partially obstructed networks.
This means more reliable services for thousands of users.
Reduction in energy consumption
Limescale build-up can increase consumption by 15-20%.
Removing it means reducing heating and cooling costs, optimizing boiler operation, and supporting the economic management of institutions.
Operational continuity, without interruption
Public and community facilities cannot afford downtime: canteens, showers, heating, and toilets must remain operational at all times.
Lysor works continuously, without emptying circuits or blocking supply.
The mixture, composed of food-grade inert gases, requires no maintenance, does not alter the water, and does not introduce aggressive chemicals.
Where Lysor is used
Contexts in which the effects of the mixture are concentrated:
01
Hot/cold water networks in large public buildings
02
Boilers, water heaters, and centralized heating systems.
03
Extensive networks and outdated piping
What changes with Lysor in schools, barracks, and public facilities
More hygienically safe water for users and operators
Stable temperatures and more efficient heating
Flow rate restored even on extensive and outdated networks
Reduction in energy consumption and operating costs
No system downtime and continuity of essential services
Easier compliance with health and hygiene requirements
Academic validation and real results
Lysor has been tested and validated by universities, independent laboratories, and healthcare facilities. Studies show significant reductions in biofilm, scale, and microbiological parameters
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Proven effectiveness against limescale and biofilm
Over 58% reduction in scaling
Tests conducted on real systems have shown a significant reduction in limescale and the elimination of biofilm, resulting in a decreased bacterial load.
Compatibility with disinfectants
Also effective with hypochlorite and monochloramine
The blend maintained its effectiveness even in the presence of the main disinfectants, in some cases enhancing their sanitizing action.
Legionella Prevention
Reduction of microbiological parameters in healthcare settings
A study conducted on a hospital system showed a significant decrease in microbiological load and Legionella pneumophila, thanks to the blend’s action on biofilm and limescale.
Smart consumption
Automated, always-calibrated dosing
The system has demonstrated self-regulation capabilities based on flow and pressure, ensuring consistent efficiency and full parameter traceability.
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Zero impact on water, maximum efficiency — ask us how.
