MUNICIPAL DRINKING WATER AND WASTEWATER


Municipal water and wastewater treatment plays an important role in providing sanitation and hygiene and delivering clean drinking water to urban, suburban, and rural populations.


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    Municipal water and wastewater treatment plays an important role in providing sanitation and hygiene and delivering clean drinking water to urban, suburban, and rural populations. Municipal water treatment plants filter and purify source water (including groundwater and surface water), ensuring that the water delivered to consumer’s taps is safe, clean, and potable. Local, regional, and national regulations specify maximum contaminant levels for various species in drinking water. Municipal wastewater treatment plants filter and disinfect sewage, storm water, and other wastewater, ensuring that wastewater is safe to discharge to public waterways. As with municipal water treatment, regulations limit pH, total dissolved solids, and maximum contaminant levels in municipal wastewater.

   Municipal water and wastewater treatment plants use a variety of technologies to ensure that their treatment trains deliver the required results. Many plants use chemical oxidizers, such as chlorine or ozone, to destroy pathogens in water and wastewater. UV disinfection is another common treatment method. Plants monitor various water quality parameters throughout their processes to ensure that treatment is both effective and efficient. Frequently monitored parameters include pH, oxidation reduction potential, free chlorine, chlorine dioxide, dissolved oxygen, and UV transmittance.


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