The South Padre Island City Council convened on January 15, 2025, to discuss significant developments regarding water supply management in the region. The primary focus of the meeting was a presentation by the Laguna Madre Water District on the proposed implementation of a seawater desalination treatment facility.

Charles Ortiz, representing the Laguna Madre Water District in the absence of Mr. Galvan, initiated the discussion by highlighting the pressing water challenges faced by the community. He noted that severe drought conditions have led to historically low water levels in local reservoirs, raising concerns about water shortages and economic impacts. The Rio Grande, the main source of fresh water for the area, is currently over-allocated, necessitating the exploration of alternative water sources.

The proposed seawater desalination facility aims to provide a sustainable and drought-resistant water supply. Key components of the project include a new seawater intake structure, enhancements to the existing water treatment plant, and advanced technologies for water processing. The facility is expected to produce up to 5 million gallons of treated water per day, significantly bolstering the region's water security.

To finance the construction of the facility, a new tax bond is proposed, which is designed to minimize the financial burden on taxpayers while ensuring long-term water sustainability. The community will have the opportunity to vote on this bond in May 2025.

The presentation also addressed potential environmental concerns, assuring that the facility will incorporate advanced technologies to mitigate impacts on marine life. The project is anticipated to create local jobs and stimulate the economy, reinforcing the region's resilience against future droughts and climate change.

In conclusion, the meeting underscored the urgency of addressing water supply issues in South Padre Island and the Laguna Madre area, with the proposed desalination facility positioned as a critical solution for the community's future water needs.