Form DOH-360CUV - Water System Operation Report For Systems that Treat with Chlorine and or Ultravio 2026

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  1. Click ‘Get Form’ to open it in the editor.
  2. Begin by entering the Public Water System Name, Reporting Month/Year, and Date Report Submitted. Ensure the date format is MM/DD/YYYY.
  3. Fill in the County and Town, Village or City fields accurately to reflect your system's location.
  4. Indicate the Source Water Type(s) by checking the appropriate boxes for Surface, Ground, GWUDI, or Purchase options.
  5. Complete the Public Water System ID section with your unique identifier.
  6. Document the Treated water volume (gallons/day), Gaseous Cylinder weight (lbs.), and Chlorine used per day (lbs.).
  7. Provide details on Chlorination Liquid Hypochlorite added to crock and record Free chlorine residual at entry point (mg/l).
  8. Answer whether the UV Unit is Active and provide Intensity Meter readings if applicable.
  9. Fill in additional details such as Chlorine Mix Ratio, dates for UV maintenance, alarm activation status, and operator information.

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Chlorination involves adding a measured amount of chlorine to water to produce a residual sufficient to bacteria, viruses, and cysts.
Boil water, if you do not have bottled water. Boiling is sufficient to pathogenic bacteria, viruses and protozoa (WHO, 2015). If water is cloudy, let it settle and filter it through a clean cloth, paperboiling water towel, or coffee filter. Bring water to a rolling boil for at least one minute.
The three most common chlorine-containing substances used in water treatment are chlorine gas, sodium hypochlorite, and calcium hypochlorite. The choice of the chlorine type to be used often depends on cost, on the available storage options and on the pH conditions required.
Ozonated Water Disinfects Better than Chlorine While chlorine does many microorganisms, it cannot treat all water-borne pathogens if used at EPA-approved doses. On the contrary, ozone can remain well within EPA regulations and be effective.
Water disinfection methods that can be applied in the field include use of heat, clarification, filtration, chemical disinfection, and ultraviolet radiation (UVR). Several of these methods are scalable, and some can be improvised from local resources, allowing adaptation to disaster relief and refugee situations.

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Ozone is a very powerful disinfectant. It can replace chlorine in many applications, but it has a big disadvantage in a pool. Ozone dissipates much faster than chlorine. Having residual chlorine in a pool provides continuous protection. The humans who use the pool carry many types of bacteria and viruses.