The local brine in Sołonka has been historically linked to folk medicine and traditional salt-making practices in the region.
The aerosol produced by the graduation tower is specifically intended to aid in the treatment of upper respiratory tract ailments and chronic inflammation.
The use of blackthorn branches is a technical design choice to maximize the surface area for salt evaporation and aerosolization.
The iodine content in the local springs is significantly higher than that found in typical groundwaters of the region.
The Tężnia Solankowa in Sołonka is a brine graduation tower that utilizes local mineral springs naturally rich in iodine, bromine, and magnesium. The structure functions by spraying brine over blackthorn branches, creating a microclimate saturated with aerosol particles beneficial for respiratory health. It is situated within the Podkarpackie Voivodeship, a region historically associated with salt extraction. The installation serves as a wellness destination for halotherapy, aiming to mimic the air quality found at coastal resorts. Visitors can walk around the wooden structure to inhale the mineral-laden mist produced by the evaporation process. The site is maintained as a public health amenity within a rural, forested setting. Its construction relies on the specific geological properties of the local solanka (brine) deposits.
From the base of the wooden structure looking upward to capture the contrast between the blackthorn branches and the rising mist.
Bring a windbreaker or light jacket, as the area near the tower can feel damp and cooler than the surrounding environment.
Plan for a leisurely pace, as the primary benefit comes from spending time inhaling the aerosolized mist rather than quick observation.
Visit on a sunny day to experience the optimal evaporation rate of the brine.
Avoid touching the saturated blackthorn branches, as they are often coated in concentrated salt deposits that can be sharp or abrasive.
Operations are seasonal and typically limited to warmer months when the brine can effectively evaporate.
