Feb 10 β€’ 07:25 UTC πŸ‡²πŸ‡½ Mexico Milenio (ES)

They begin the renovation of the 'brain' and 'heart' of the Cutzamala System

The Cutzamala System is undergoing its first major renovation in 40 years, aiming to extend its operational life while ensuring water supply for five million residents in the Valley of Mexico.

The Cutzamala System, critical to water supply in Mexico, is initiating a significant renovation project for the first time since its establishment over 40 years ago. This renovation, which will last until 2028 and cost approximately 683 million pesos, is expected to enhance the system's operational lifespan by at least 20 years. It aims to ensure continued accessibility to water for around five million inhabitants, representing a significant portion of the Valley of Mexico's population that relies heavily on this water source.

Citlalli Peraza, the director of the Organismo de Cuenca Aguas del Valle de MΓ©xico (OCAVM), emphasized the importance of this renovation, noting that the engineering of the Cutzamala System has allowed it to operate far beyond the typical lifespan of similar pumping equipment, which usually lasts 15 to 20 years. Regular assessments by the National Water Commission (Conagua) revealed that several components of the system had considerable wear. Hence, this renovation is not just about updating infrastructure but also about securing long-term water supply for a densely populated area that is increasingly vulnerable to water scarcity.

This renovation comes at a crucial time, amid growing concerns about water resources in Mexico, where the demand is significantly outpacing supply due to population growth and climate change effects. The enhancement of the Cutzamala System is a strategic move to help mitigate these issues, ensuring reliability and efficiency in water distribution while addressing infrastructure challenges head-on. Such initiatives are vital for urban sustainability in one of Latin America's largest metropolitan areas, highlighting the challenges governments face in managing natural resources in a rapidly urbanizing world.

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