CESAM
Natural filtered water swimming.
Natural water swimming is an innovative, sustainable, modular, and ecological solution that integrates harmoniously into lake, river, or urban environments.
These development projects integrate directly into natural or artificial bodies of water without disturbing ecosystems, combining safety, comfort, and aesthetics. They aim for a healthy, mindful, and sustainable use of natural spaces, allowing users to enjoy natural resources while preserving local ecosystems, thereby fostering a balance between modernity and respect for nature.
Natural filtered water swimming areas stand out for their economic advantages, with controlled access and operating costs. Their durability and low maintenance requirements significantly reduce operating expenses. Fully modular, these structures revitalize urban or natural spaces by integrating easily, even in hard-to-reach environments, and are generally associated with a dynamic of territorial reappropriation or enhancement.
Based on a modular floating structure composed of pontoons, basins (with walls and bottom), and a patented natural filtration process designed by EAULISTIC BE, our installations provide clear, pollutant-free water while respecting the pre-existing ecosystem. Thanks to this process, water is filtered without the use of chemicals, ensuring safe swimming and good water quality.
This solution allows for the creation of swimming areas in nature or in the heart of a city, while meeting environmental and regulatory requirements and anticipated new uses. Natural filtered water swimming areas represent an ecological and sustainable solution for communities and outdoor hospitality professionals looking to offer safe swimming spaces as part of a sustainable development approach.
The innovation stems from a comprehensive approach that links site development with the implementation of a filtration system specifically designed for each body of water studied. This allows for the creation of a standardized and safe space, improves water turbidity (transparency), and ultimately enhances water quality by reducing or eliminating pollutants, particularly Escherichia Coli and Enterococcus bacteria, to ensure compliance with EU Directive 2006/7/EC.
For communities, it enables the diversification of aquatic offerings, the development of an innovative and sustainable image, and cost rationalization. The reappropriation of underutilized spaces and the improvement of living environments strengthen social cohesion while adapting to climate change.
For users, it offers a unique experience in an aesthetic, comfortable, and safe setting. It represents an ecological approach and an adaptation of daily practices.
