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Although 70% of the Earth’s surface is covered by water, only 2.5% is fresh and available for human use. This limited supply underscores the need for proper water conservation and sustainable management.
Around 1.8 billion people globally do not have access to clean water, depending on polluted sources instead. This widespread issue poses serious health risks and demands urgent solutions.
More than 80% of wastewater worldwide is discharged into nature without treatment. This contributes to water pollution and harms ecosystems, emphasizing the need for better wastewater management practices.
A typical wastewater treatment process, focused on removing contaminants and nutrients, is not classified as a water reuse practice, primarily because it is designed for safe discharge rather than for the intentional recovery and recycling of water for specific applications. Additionally, these processes often involve high energy consumption and operational costs, making them economically unsustainable for agricultural applications. In contrast, a sustainable water reuse initiative for irrigation and agriculture is a comprehensive, interdisciplinary effort. It integrates expertise from wastewater treatment engineering, irrigation science, crop nutrition, soil health, climate adaptation, automation, and socio-economic considerations to ensure treated water is safely and effectively reused in agricultural systems.
We are committed to advancing water recycling technology, providing cutting-edge solutions that promote long-term sustainability and environmental stewardship.
By combining advanced water reclamation technologies with natural treatment methods, we ensure the efficient use of nutrients while minimizing waste and potential risks.
Our water recycling systems leverage sustainable practices within the resource nexus framework to minimize environmental impact while maximizing resource efficiency.
A typical wastewater treatment process aimed at removing contaminants and nutrients, is not considered a water reuse practice due to its high energy consumption and operating costs.
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