An agricultural project in Chile uses artificial intelligence to achieve water efficiency of up to 95%.
Santiago, January 15, 2017 – An agricultural project launched by Chile, relying on artificial intelligence to overcome the problem of water scarcity, has achieved exceptional water use efficiency of up to 95%.
The project, entitled “The Smart System for Integrated Agriculture and Sustainable Production,” combines vegetable cultivation and salmon farming within a closed circular system.
The mechanism of work depends on circulating water between crop irrigation areas and fish ponds, while exploiting fish waste as a natural organic fertilizer that nourishes plants.
The new project in the Chilean Valparaiso region is entering its pilot phase, in response to the urgent need to protect water resources, as it is scheduled to be equipped with artificial intelligence technologies and advanced sensors to monitor vital water indicators in real time, such as ammonia levels, nitrite, pH, and dissolved oxygen.
This project is a sustainable solution ideal for family farms and medium producers, and ensures simultaneous production of vegetables and animal protein with minimal water consumption, which enhances food security and advances agricultural modernization.
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