Store water bleach,emergency preparedness list supplies,information on pets at home - New On 2016

Everyone knows about the iodine drops you can get to disinfect water, but did you know if you are in a survival situation, you can also use standard household bleach? Short of using a very high-quality water filter, this is the most reliable method for killing microbes and parasites. In an emergency, think of this one gallon of Regular Clorox Bleach as 3,800 gallons of drinking water. Whether you use Clorox Bleach in an emergency or for everyday chores, it’s always an environmentally sound choice. Subscribe to our email newsletter, featuring the latest water treatment news, technology, and more.
Why bleach? Most municipalities use chlorine as part of their system to sanitize water for human consumption. Lastly – if boiling water is a possibility I would choose that method for purifying water over bleach. Help support ModernSurvivalOnline when shopping online Random Thoughts with Thomas Sowell – November 2015 NRA Fights for Veterans Year-Round Is Putin Our Ally in Syria? There are many ways that well water can become contaminated by coliform bacteria without any change in taste or odor to the water. Coliform bacteria tests are used as an indicator of the possible presence of disease-causing bacteria. Wells which have recently been worked on can be contaminated by the work which had been done by the well driller or contractor.
There are two basic ways coliform bacteria can get into a well by a well driller or contractor.
It is important that all water used in the drilling process be chlorinated treated water or, at the very least, free from any bacteria or viruses. Wells with submersible pumps have pipes that either enter in through the top or through the side. Easy to read, packed with 165 pages of useful how to guides, diagrams, charts and pictures. Many residential water wells require a chlorine bleach injector , also known as a chlorinator, either to kill bacteria, to eliminate odors, pre-treat the water for iron removal, or to treat iron bacteria. Common household bleach can used in an automatic chlorinator system to kill coliform bacteria and provide disinfected water. The first step in selecting a chlorinator is to find out your basic water chemistry and have your well water tested. The next step in selecting your metering pump is to know how many gallons per minute your well water is flowing… at the point where you will be injecting the chlorine. Now that you know the amount of chlorine you want to install (3 ppm) and the flow rate of the water stream you are injecting the chlorine into (10 gallons per minute) you are finally ready to calculate the size of the metering pump! Use unscented chlorine laundry bleach (which is typically about 5% chlorine) and dilute it by adding 9 gallons of water to 1 gallon of bleach.
Metering pumps are often rated by the amount of chlorine solution they can pump by gallons per day, or by the amount of solution they can pump by hour. At this rate you can select a metering pump that can pump 10 gallons per day and adjust the output of the pump to 86% to achieve the desired 8.6 gallons per day.
If you find the residual is too high, you can adjust the metering pump down to deliver less or dilute the chlorine solution with more water. Choose a quality metering pump that is corrosion proof, easy to prime, and can pump at a high enough pressure to overcome the pressure of the pipe that the chlorine is being pumped into.


Typical installation showing chlorine bleach pump injector, on a standard well pump and pressure tank. Luckily the clever folks at Willow Haven Outdoor have written an excellent tutorial on how to disinfect water with bleach and make it safe for drinking. Pour the clear water into an uncontaminated container and add Regular Clorox Bleach per the amounts given below. Always wash and rinse items first, then let each item soak in Clorox Bleach Sanitizing Solution for 2 minutes.
It is important to periodically monitor private water wells to see if contamination is present.
Other bacteria such as iron and sulfur bacteria, while not a health threat, can produce obnoxious odors, tastes, and color, and can cause plugging problems in pump and water systems.
Introduction of coliform bacteria can occur from the tools that are used, drilling pipe, fluids used in the drilling and any number of other items used in drilling and servicing wells.
Thorough chlorination of the water should be done for all water used during drilling and before it is introduced into the well. Open the well cap, or if your well has a well top seal, remove the ?” plug or air vent and use a large funnel to pour chlorine down well. Do not attempt to remove the sanitary well seal without the assistance of a qualified well driller or pump contractor. Wells equipped with a packer jet pump can be thoroughly disinfected only though the removal of the pipe, pump and jet unit from the well.
As you are adding the chlorine solution, take precautions to protect yourself from splashing chlorine and fumes.
If the well is relatively deep, the disinfectant may be dispersed to the bottom by alternatively starting and stopping the pump several times (although dry pellets work better for this reason). Add more bleach as needed to bring up the chlorine solution residual in the well to 50 to 100 ppm.
If possible, circulate the water from the well by connecting a garden hose to a nearby hose bib or sill cock, and feed the water back down into the well. All water faucets should be turned on in the house and all outside fixtures and hose bibs including fire hydrants, watering troughs, and other supply lines to other buildings, until a 50 ppm chlorine residual is detected. At this point, turn off the fixtures and let remain in the pipes a minimum of 2 hours, up to 12 hours or overnight. After the chlorine has been left in the well and the plumbing system if applicable for a minimum of two hours, the chlorinated water can be discharged.
For wells and piping systems that have bacterial contamination or have been flooded, resample the water and retest for coliform, after all the chlorine residual is gone. Many wells are underground or in vaults in areas with freezing temperatures:For more help on removing bacteria from your water, visit our Bacteria page on our Water Problems tab. The answer in Step 7 is the average pumping capacity of the pump in gallons per minute (GPM).
The Precision-24 Metering Pump has a degassing valve on it, that prevents gas bubbles from causing the pump to lose pressure, and helps it make it very easy to prime.
Also see proportional feed chlorinators for installing the injector after the pressure tank, or if your well has a variable speed well pump. Fill out our quick and easy Customer System Designer Form and get a response is 24 hours or less.
The United States Environmental Protection Agency recommends that private water supplies be tested annually for coliform bacteria to detect contamination problems early.


Shock chlorination can eliminate the disease-causing bacteria, and other nuisance organisms that cause tastes, odors and slime. Tools or dirt falling down into the well while it is being worked on or even airborne particles being carried down into the well can also cause contamination.
It is important not to trust that the water used for drilling obtained from a neighboring well is free from bacteria. If you don’t know your well depth, contact your well driller as they often keep records that will show the depth of the well. If possible, place a garden hose in the top of the well, and turn on the faucet and circulate the chlorine solution for 15 minutes until a strong 50 ppm chlorine residual is detected, by using a chlorine test kit. Large amounts of chlorinated water should not be discharged into the septic tank, or onto lawns or gardens. Until a safe test result is obtained, use an alternate known safe water source, or boil all water, or use bottled water. This post will focus on contamination of well water through recent work done on the well, and how correct it through shock chlorination using liquid chlorine bleach. Original drilling processes include the activities related to the original construction of the well, including the original pump installation. Table 1 Wells: Amount of 5% bleach (sodium hypochlorite) needed for disinfection to obtain approximately a 50 ppm chlorine solution in the well. If possible, discharge as much of the water as possible through an outside faucet with hose attachment.
This represents the first and usually most severe exposure of the well to bacterial contamination.
Equipment and tools lying on the ground or the bed of a service truck also represent excellent paths for bacteria or viral contamination. Scrub interior surfaces with a strong chlorine solution containing ? gallon household bleach to each 5 gallons of water.
Be certain to comply with all applicable codes and licensing laws, whenever opening a well.
As a general rule, it takes 1 gallon of 5% laundry bleach to treat 1000 gallons of water with 50 ppm of chlorine. Because there are so many different ways to introduce bacteria into the system, the original well construction can often be the cause of an ongoing bacteria problem that can go on for many years. This equipment should be kept as dry and clean as possible, covered until needed, and washed down with a chlorinated solution before placing into the well.
If you are unsure of any of the following steps, seek the assistance of a qualified or licensed well driller or pump installer or contractor. The small amount of chlorinated water, which remains in the household plumbing, can be discharge into the septic system. NOTE: For heavily iron-fouled wells, severe contamination with bio-films or slime, or excessive levels of hydrogen sulfide gas, apply a 100 ppm or 200 ppm residual by multiplying the chlorine bleach used by 2 or 4 times in Table 1 or the pounds of chlorine pellets being used in Table 2. Keep an eyedropper taped to your emergency bottle of Clorox Bleach, since purifying small amounts of water requires only a few drops.



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