The project, named "Smart Infrastructure and Integral Water Cycle Data for Industrial Competitiveness," has been approved by the public entity RED.es within the Program to boost smart cities and territories. The initiative has a total budget of 2.3 million euros, of which 60% will be subsidized with European FEDER funds. In the province of Alicante, Alcoy receives the largest economic allocation, surpassed only by Valencia in the entire Valencian Community.
Water consumption in Alcoy's industry doubles the regional average (between 22% and 26%), making this resource a key element for business competitiveness. The project aims to develop a digital infrastructure based on data from smart meters, pressure sensors, and quality devices to anticipate availability scenarios and potential restrictions.
Prediction models will be created, exhaustive control of industrial discharges with early warnings will be established, and anonymized comparative indicators will be generated to identify inefficiencies. Simulations will also be carried out to forecast network variations, and a water-industry experimentation line will be promoted within Alcoy's Urban Sandbox space.
The mayor of Alcoy, Toni Francés, highlighted the positive impact of the investment on the productive fabric, stating that it demonstrates a commitment to a modern and competitive economic model. He added that collaboration with other institutions and European funds allow for structural transformations without burdening public finances, building a more resilient municipality.
The Alcoy City Council will contribute the remaining 40% of the budget, investments that are already planned within the new concession for the public service of drinking water and sewage management, thus avoiding additional financial effort.
The ministry has recognized Alcoy's technological commitment, including the Smart City Platform, the Urban Sandbox, participation in the EDINT project, and the development of the Rodes Urban Technology Park. These initiatives position Alcoy as a leading city in the intelligent management of the industrial water cycle.
