Thalassotherapy and Thermal Spas

Thalasso and spa establishments are experiencing strong growth, largely due to the increase in demand for natural, therapeutic wellness treatments. In response to this trend, companies are modernising their infrastructures, including air handling systems, to guarantee their customers the best possible experience.

ETT designs, manufactures and markets high-performance, robust systems capable of responding to a wide range of problems.

 Comfort

Water temperatures due to customer requirements (thalassotherapy) or natural hot springs (thermal spa) are high (30 to 33°C).

The resulting evaporation is therefore significant, especially as the ponds are agitated by numerous activities.

ETT control will allow you to regulate to a defined comfort zone and a constant water weight to avoid drift.

The dehumidification function contributes to the supply of fresh air, ensuring good indoor air quality at the same time.

Equipment subject to severe constraints

The aggressiveness and corrosiveness of Thalassotherapy (seawater) and Thermal Spa (sulphur) environments are real issues to be taken into consideration when it comes to technical equipment.

Since its creation, ETT has made the strategic choice to use aluminium for the casing of its units. This material is essential for this application, our casings are guaranteed for 20 years against corrosion.

All sensitive components (coils, heat exchangers, fans, etc.) are subject to maximum protection (Heresite treatment and H2S protection). The heat exchangers are made of titanium to withstand seawater.

Energy efficiency

The high evaporation from water surfaces requires careful sizing of air treatment systems. Precise dimensioning of dehumidification performed by fresh air, as well as the thermodynamic part, is necessary to achieve the most favourable energy consumption.

Durability of the structure

To ensure optimum performance over time, it is essential that the interior conditions are right.

ETT regulation will prevent any risk of condensation on the walls, thereby preserving the building envelope and structure.

This must comply with the state of the art in terms of thermal insulation and airtightness.