News

Over the last decades the Andalusian province of Almería has gone from being a relatively closed local economy, to becoming a massive business ecosystem that exports agricultural technology. This upgrade was possible thanks to the powerful triad of water, innovation and agriculture.

With our project LIFE HyReward we combine electrodialysis reverse technology and the reverse osmosis process to reduce co2 emissions in the desalination procedures.

This project aims to demonstrate the feasibility of sustainable management of desalinated seawater for crop production in closed soilless systems.

This project aims to investigate technological solutions that allow for the development of management and efficient treatment strategies for water resources in the agricultural sector, with a primary focus on sustainability and energy efficiency.

In its 10 years of history, the Southern Seawater Desalination Plant (SSDP) has become one of the most sustainable and efficient desalination plants in the world.

Water is essential to help communities, and their people, in their economic development. As an international developer with a track record of more than 100 water desalination plants, Sacyr is always pushing the envelope to positively impact communities all over the world.

These recognitions, granted by AEDyR and iAgua, acknowledge our work to improve the water sector, reduce the water footprint and protect the environment.

New sectorizing and network monitoring systems will allow reducing pumped water volume by 8%.

The Valencian Community Wastewater Purification Entity (EPSAR, by its initials in Spanish) and Sacyr Agua address in a meeting the pivotal moment that the water industry is going through, a crucial transformative moment in which technologies play a decisive role.

We have used the 17 SGDs and their 169 goals to make our guide to focus our sustainability efforts. On World Water Day, let’s remember these initiatives and projects aimed at fulfilling SDG 6: Clean water and sanitation.

In desalination facilities, membranes used in osmotic processes experience wear over time, ending in their replacement, usually every 10 years.