- Improve heat recovery systems for water and air treatment processes, with a focus on energy recovery from the air dehumidification system, heat recovery from renewed pool water, and from extracted air - Use of renewable energy for heating the pool and adjacent buildings via a biomass heating network (80% wood-fueled, using wood chips), made possible and relevant by this new swimming pool - Dechlorination of recovered water to make it reusable, through phytoremediation

Following the 3-star "pool of tomorrow" label, the following actions have been implemented: - Communication with all users and partners - Staff awareness of energy savings - Reduction of pool water temperature by 1 degree to meet energy sobriety expectations - Transition from 2 drainages per year at the old pool to 1 per year at the new facility - Closure of the wellness area during the summer period (energy savings)
Annual attendance = 113,000 people. The swimming club doubled its membership from 300 members in 2018, now counting over 600 licensed members / new activities such as aquatic rescue, welcoming para-athletes, and aqua-fitness activities
Stay focused on energy savings.. encourage staff training on these issues continue to promote our facility through occasional events (themed evenings)
The project aims to meet the needs and expectations of the municipalities of Eysines (22,000 inhabitants) and Le Haillan (10,000 inhabitants), while maintaining operational margins to ensure these functions long-term, particularly with population growth in the coming years, for a 20-year population base of around 40,000 to 45,000 inhabitants. Priorities remain swimming lessons during school hours and as part of urban policy (targeting children from the two priority neighborhoods). Extending public opening hours is also a priority. Maintaining existing activities and developing new ones align with the evolving needs of various population groups.
The discharged water is reused to clean the city, reducing waste and preserving drinking water by optimizing its usage cycle.
Interactive learning to motivate the child, acknowledge their efforts, involve parents, and progress with new engaging content.
The system saved 140,000 m³ and €900,000. The goal is total water autonomy, with optimized quality monitoring via COTmètre.
40% reduction in electricity consumption for lighting, a 1 GWh decrease, and an increase in nighttime and event attendance from 5% to 20%.
Since 2013, every rescue has been a complete success. Since 2019, no major intervention has been necessary, a sign of effective vigilance.