en.Wedoany.com Reported - IDE Technologies has been selected by the Nueces River Authority to develop the Harbor Island Desalination Facility in South Texas. The company stated that the facility, designed with a daily capacity of 100 million gallons, will become the largest seawater desalination project in the Western Hemisphere upon completion.

The Nueces River Authority Board of Directors unanimously decided to award the project to IDE Technologies, aiming to provide a reliable drought-resistant water source for the region. The facility will meet both municipal and industrial water demands and help reduce reliance on increasingly strained surface water resources.

IDE Technologies stated that it will adopt a modular design strategy for the Harbor Island Desalination Facility. This approach allows major plant components to be manufactured and assembled in phases, thereby shortening the cycle from construction to water production.

Once operational, the project is expected to supply water to communities, businesses, and industrial users in South Texas. Project leaders noted that given the region's growing water demand and frequent drought issues, the facility will help enhance long-term water supply reliability.

Lihy Teuerstein, CEO of IDE Water Assets, stated that the project will address South Texas's urgent water needs while promoting overall water supply diversification in the region. He added that the facility is expected to set a benchmark for future seawater desalination projects in the United States.

Eric Burnett, Chairman of the Nueces River Authority Board, stated that selecting IDE Technologies to lead the project was based on its experience in seawater desalination and water treatment. He noted that this collaboration aims to support long-term water supply reliability and economic resilience for future generations.

The Harbor Island Desalination Facility reflects the growing attention on seawater desalination technology. IDE Technologies stated that the project demonstrates the important role of desalination infrastructure in supporting water security along the Gulf Coast and other arid regions.

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