ERRE, TOGETHER WITH ARQTISTIC, WIN THE COMPETITION TO RENOVATE THE INDOOR SWIMMING POOL OF ONTINYENT

A NEW LIFE FOR THE INDOOR SWIMMING POOL OF ONTINYENT

ERRE arquitectura, together with Arqtistic, have won the competition to carry out the renovation and remodeling of the indoor swimming pool of Ontinyent.

The sports center, with a total surface area of 2.300 square meters, will maintain its original structure and achieve two strategic objectives with this intervention: reorganize and optimize the spatial and functional distribution of the spaces, and improve its energy efficiency.

The intervention reorganizes the program into two main sectors. On one side, the area dedicated to guided activities and the gym, and on the other, the block of changing rooms, bathrooms, and access to the swimming pools.

In addition, the access and reception area will be resized and redefined to ensure that all people can access the building safely and comfortably.

SUSTAINABILITY AND ENERGY EFFICIENCY

One of the main objectives of the project is to improve the energy efficiency of the original building. To achieve this, thermal insulation will be installed on the facades to help maintain a comfortable indoor temperature throughout the year, thus reducing the need for conventional climate control systems and lowering the environmental footprint.

One of the key elements of the intervention will be the design and construction of a greenhouse attached to the building. This greenhouse will function as a thermal buffer, managing the temperature difference between two contrasting environments, such as the outdoor space and the indoor swimming pool area.

This new bioclimatic space will maximize the use of solar energy and reduce the overall energy consumption of the sports center.

Environmental sustainability is also a key goal of the project. In this regard, a green roof will be installed over the changing rooms, acting as a natural air filter and an additional thermal regulator. Furthermore, a solution will be proposed to waterproof the pool roof, preventing leaks and extending the building’s lifespan.

Lastly, landscaping will be carried out in the greenhouse and around the building’s facade, integrating the structure into the surrounding environment and promoting local biodiversity.

With this intervention, an estimated 80% reduction in non-renewable primary energy consumption will be achieved in one of the municipal buildings currently with the highest energy consumption per square meter in the entire town.