Wastewater treatment plant performance is highly sensitive to climate change anywhere in the world. However, climate change now threatens environmental stability regularly, on which these facilities depend. Rainfall patterns vary and this leads to variations in the influent flow rates making treatment less predictable and more difficult to regulate.
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Freshwater scarcity affects millions living in arid and semi-arid regions. Also, these areas are poor in water availability. Worsening the problem is climate change and population growth. Communities heavily rely on overdrawn ground water and seasonal supplies, which are often unreliable and inconsistent.
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Modern urban planning relies on wastewater treatment. This ensures that we safely recycle used water to protect ecosystems and public health. There is a pressure on clean water sources as cities continue to grow. Treatment plants effectively clean and re-use wastewater, reducing this burden. Better sanitation and reduced spread of disease are provided by treated water.
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Wastewater in which harmful pollutants are removed by Advanced Oxidation Processes (AOPs) can be created by highly reactive hydroxyl radicals. The radicals break down complex organic substances into simpler, non-toxic substances.
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