Son Sitges Expands Its Water Storage Infrastructure

Construction of a new water tank improves water management on the island

What does it consist of?

The construction of a new 15,000 m³ tank at the Son Sitges facilities, in the area of Sa Marineta (Mallorca), aims to increase the capacity to regulate water extracted from several different groundwater reservoirs and springs, and to allow maintenance work without service disruption.

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Data

PROJECT TITLE IN THE CALL
Design of a reservoir in Son Sitges (Sa Marineta)
LOCATION
Mallorca (Llubí)
Entity submitting the PROJECT
Govern de les Illes Balears
Entity that executes the project
Agència Balear de l'Aigua i la Qualitat Ambiental (ABAQUA)
Project code
ITS2016-020
Total project amount
3.267.000 €
ITS granted amount
3.267.000 €
Executed amount
548.254 €
Call year
2016
Budget implementation status
Executed
Purpose
Environment
Budget execution
Executed: 16.78%
Last updated
23.04.2025

The project

Until now, the water infrastructure in Son Sitges had a tank with a limited capacity of just 1,000 m³, which made it difficult both to regulate the flow and to carry out basic cleaning and repair work. This situation led to a weak point in the supply system to municipalities in inland Mallorca, especially in Pla and Raiguer.

The planned new tank, with a capacity fifteen times greater, will ensure better management of water extracted from groundwater reservoirs in Sa Marineta and s'Estremera, as well as water sourced from Sa Costera and the Alcudia desalination plant. This improvement is crucial in a context of increasing pressure on water resources and the need to ensure the quality of the water supplied.

A major development is the construction of a double tank, a technical solution to allow the service to remain in working order during maintenance, cleaning or repair. This setup also ensures disinfection and treatment protocols in line with current health regulations.

The plan reinforces the supply infrastructure for the mains water network in Mallorca, laying the foundations for more efficient and safer management of the water cycle on an island that is particularly vulnerable to water stress.