Bocconi Sport Center
Four floors of sports facility with a well-equipped swimming pool at the centre.
The indoor swimming pool is the heart of this sustainable sports centre in the middle of Università Bocconi.
The full area of the new campus is approximately 35,000m², but almost half of that space is open and green and welcoming. The 18,000m² of new campus buildings include a 300-room student residence, the new headquarters of the SDA Bocconi School of Management, and the new multi-level athletic centre. The new centre includes fitness spaces, two basketball and volleyball gymnasiums and an elevated running track.
The gorgeous, well-equipped pool meets all FINA competition standards and is ideal for training and competition.
The two-piece bulkhead makes it simple to configure the pool for multiple uses. The gorgeous, well-equipped pool meets all FINA competition standards and is ideal for training and competition in swimming, water polo, and artistic swimming.
In addition to all the technical refinements, the swimming hall is a real eye-catcher.
The Olympic Pool, measuring in at 51.5 m (50 m, plus the width of the bulkhead), is equipped with state-of-the-art technologies including an advanced lighting system and the AngelEye underwater drowning detection system.
Additionally, two lanes in the competition pool have been equipped with the Virtual Trainer, an intelligent LED system that allows swimmers to follow precisely programmed training speeds set by their coaches.
The Bocconi Sport Center already is the object of admiration at the Università Bocconi. All over Europe.
The new Bocconi campus was created with commitment to sustainability. Myrtha’s modular stainless-steel pool system reduces CO2 emissions by up to 50% compared to a traditional concrete tank. And Myrtha’s many environmental advantages are evidenced by contributions to international sustainability and energy efficiency certifications like LEED, BREEAM and Green Star.
In the case of the Bocconi campus, the Myrtha Research & Development team went to work on a plan to reduce water consumption in the new facility. An algorithm was developed that analyses water quality data as well as the number of accesses (or, swimmers), and can pro-actively reduce water consumption while maintaining optimal water quality.