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  1. Source Water Protection webinar

    https://ohiowatersheds.osu.edu/events/source-water-protection-webinar

    to ensure we are protecting water at the source. Tune in this month’s edition of The Current Webinar ... as we focus on this important topic. We will hear about the Source Water Collaborative, learn how ... working with communities on source water protection planning. Join us! Featured Speakers: Sylvia Malm,  ...

  2. Bromate

    https://ohiowatersheds.osu.edu/node/1510

    influenced by factors such as bromide ion concentration, pH of the source water, the amount of ozone and the ... influenced by the bromide concentration, the source and concentration of organic precursors, pH, temperature, ... naturally occurring bromide found in source water. Bromate formation in disinfected drinking water is ...

  3. Dalapon

    https://ohiowatersheds.osu.edu/node/1553

    such as lawns, drainage ditches, along railroad tracks, and in industrial areas. The major source of ... contaminant level. detection suggest human source Runoff from herbicide used on rights of way TREATMENT ...

  4. Beta/photon emitters

    https://ohiowatersheds.osu.edu/node/1541

    GENERAL INFORMATION Most drinking water sources have very low levels of radioactive contaminants ... ("radionuclides"), most of which are naturally occurring, although contamination of drinking water sources from ... Additional analysis is needed to determine the source of the Beta radiation. ACTION IS OPTIONAL Beta/photon ...

  5. Alpha emitters

    https://ohiowatersheds.osu.edu/node/1542

    GENERAL INFORMATION Most drinking water sources have very low levels of radioactive contaminants ... ("radionuclides"), most of which are naturally occurring, although contamination of drinking water sources from ... including pH, turbidity, iron/manganese content of the raw water, and RO membrane type. WEBSITE RESOURCES ...

  6. Watershed Management

    https://ohiowatersheds.osu.edu/node/422/watershed-management

    requires a great deal of information from a variety of sources to be effective. Some communities have ...

  7. Well Water Interpretation Tool

    https://ohiowatersheds.osu.edu/know-your-well-water/well-water-interpretation-tool

    in water) mg/L ppm Field parameter pH pH Specific Conductivity umhos/cm uS/cm Total Dissolved Solids ...

  8. Combined radium

    https://ohiowatersheds.osu.edu/node/1543

    GENERAL INFORMATION Most drinking water sources have very low levels of radioactive contaminants ... ("radionuclides"), most of which are naturally occurring, although contamination of drinking water sources from ... radionuclides depends on a number of factors, including pH, turbidity, iron/manganese content of the raw water, ...

  9. Uranium

    https://ohiowatersheds.osu.edu/node/1544

    GENERAL INFORMATION Most drinking water sources have very low levels of uranium if shallow wells ... water sources from human-made nuclear materials can also occur. Most radioactive contaminants are at ... water by the addition of calcium hydroxide. Calcium hydroxide raises the pH of water causing calcium and ...

  10. pH

    https://ohiowatersheds.osu.edu/node/1492

    GENERAL INFORMATION The pH level of your drinking water reflects how acidic it is. pH stands for ... ñpotential of hydrogen,î referring to the amount of hydrogen found in a substance (in this case, water). pH ... plumbing are created when pH levels are above 8.5; while, pH levels below 6.5 may cause aesthetic problems ...

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