The facility uses 'Solanka' brine sourced from the nearby Dębieńsko mine area.
The blackthorn branches (tarnina) used in the construction serve to break down the brine into fine aerosol particles through evaporation.
A single session near the graduation tower is designed to provide health benefits equivalent to several hours of breathing sea air.
The structure is designed to function as an open-air inhalatorium, particularly beneficial for individuals with chronic respiratory issues.
The surrounding park is part of a larger revitalization effort in the Radlin district to transform former industrial lands into recreational zones.
The Tężnia solankowa in Radlin is a professional-grade brine graduation tower designed to create a therapeutic microclimate rich in iodine, bromine, and magnesium. The structure features a large wooden frame filled with blackthorn twigs over which highly mineralized brine is pumped to create an aerosol mist. This facility is situated within a recreational park complex that includes landscaped green spaces, walking paths, and exercise equipment. It is primarily utilized for respiratory health support, mimicking the conditions of coastal salt-air environments. The site is a popular destination for both local residents and tourists seeking wellness-focused outdoor leisure. The park grounds are maintained year-round, though the aerosol-generating pumps operate seasonally based on weather conditions.
The raised viewing platform providing an elevated perspective of the wooden lattice architecture.
Bring a light sweater as the mist near the tower can make the air feel cooler and more humid than in the surrounding area.
Sit on the benches immediately adjacent to the wooden walls to maximize exposure to the salt-rich aerosol.
Plan your visit for a breezy day to observe how wind carries the healing mist throughout the wider park area.
Avoid visiting during heavy rain or freezing temperatures, as the brine pumps are typically shut down to prevent damage and to ensure visitor comfort.
The brine pumps are generally deactivated during the winter season or during periods of sub-zero temperatures.
Avoid excessive noise to preserve the tranquil environment; maintain a respectful distance from the technical pumping infrastructure.
