Water storage for the suburbs

From: http://arewecrazyorwhat.net/water-storage-for-a-suburbanite/

Water storage is one of the least talked about subjects in the preparedness community – sure it’s mentioned from time to time (“Be sure and have a water storage” or “rotate your water storage”) but as far as step by step instructions or detailed examples, it’s not a subject written about often.

Maybe this is because it’s so boring. I mean really how can you jazz up “plain ol’ water”? Or maybe it’s because it’s rather complex depending on your circumstances: your climate, your storage space, your proximity to a natural water source.

In the end it is one of the most important preps in your storage and it should be high on your list of priorities.

There are many reasons that water might become contaminated or completely stop flowing from your faucet. I talk about them in detail in this podcast: Water Storage 101.

If you live on a farm, a homestead or even just some acreage chances are you have your own water source, or at least know where there is a water source even if it is not on your land. However, if you live in the suburbs you may not know much about where your water comes from let alone how to get more water (if you can get more) if it stops flowing from the faucet.

If there is a major disaster that lasts for any length of time, people will try and make their way out of the city to find food and water elsewhere; in many parts of the country major cities are only populated during the work week as many people choose to live and raise their families in the suburbs. A lot of these families will no doubt try and shelter in place.

They might have a bit of land, a large storage area and have built up a community that makes this a realistic choice, of course it all depends on the crisis situation, but let’s just assume it is possible to survive in the suburbs. What should your water storage look like?

Of course it is going to be different for every family depending on those things I just mentioned, but here are 10 things that might help you answer that question and help with building and maintain your water storage:

  1. Store water in different containers: Store water in different sized containers to provide options. Consider having at least 4 different sources for clean water. 55 gallon drums are great but are not easily transported. In addition to your large storage drums use smaller, 5 gallon containers to store water. They are easily transported and can be carried to a water source. Also keep some cases of bottled water on hand. They are even easier to transport and can fit into a bug-out bag. Finally, if you want a little extra insurance have a rain collection system in place.
  2. Know the location of  your water source: This is helpful to know because some cities rely on aquifers (or other sources where water has to be pumped in) to supply residents with water. In a  grid down situation you cannot drive/bike/walk to some location and fill up your containers. If your city’s water source is a lake this might be a possibility. In any case locate the nearest water source where you can fill up your containers, even if it is 100 miles away. Then you can store water accordingly.
  3. Know the location of the closest above ground water source: This goes along with number 2. However, even if your city’s water source is “above ground” and you can actually go and fill up your water containers at the source, this might not be the closest water source. So look around your neighborhood and locate the nearest water source. Is there a lake or a pond closer than your city’s water source? Maybe a neighbor has a well. Locate all potential water sources and store water accordingly.
  4. Store water to use for things other than drinking: Depending on the crisis and how long it lasts you might have to use some water for things other than drinking: flushing the toilet, washing dishes, washing clothes, cleaning up after babies/children, or just plain cleaning up messes. Store enough water to sustain your family’s activities. You don’t have to be quite as diligent because the water does not have to be safe to drink. Old bleach containers work well for this kind of storage. Although I would not store water indefinitely in these containers I would not worry about rotating it as much as I would drinking water.
  5. Don’t forget pets: Your pets will need fresh drinking water in a crisis – make sure you take this into consideration when calculating the amount of water needed for your family.
  6. Don’t count on your neighbor’s pool for drinking water: Here is something I hear often, “Oh, I’ll just use my pool water or my neighbor’s pool water for my water supply.” Pool water is not safe to drink. It is treated water and the chemicals in the water do not dissipate. They actually build up over time and they cannot be filtered or boiled out. Lisa Bedford talks about this in her book and on her blog, The Survival Mom. The only option for using pool water is to distill the water with a water distillation system, which requires knowledge and practice.
  7. Calculate the amount of water you’ll need to prepare food storage: All those pre-packaged freeze dried meals require water. Not having water to mix with your freeze dried food makes your food storage useless because you cannot (or should not) eat the food. If your food storage is heavily packed with freeze dried food you need to take that into consideration when storing water. You really need to consider water in all types of food preparation, however, canned food, MREs, and even some dehydrated food can be eaten without additional water added so it is not as critical.
  8. Have a plan for water rotation: Even though water that comes out of the faucet is treated it does not mean that it will be drinkable forever. The chlorine in drinking water dissipates over time and then bacteria can grow, and there are other things in treated water that can be problematic: other chemicals, allege, metals, etc. Rotating your water storage at least once a year is ideal.
  9. Have a plan for water purification: You will need to have some kind of water filter or purification system (having both a stationary and portable filter/purifier is ideal) in case you have to get water from a source where the water has not been treated.
  10. Have a plan if you have to bug-out: Water is heavy to carry. If you have to bug-out especially on foot have a route that gives you access to natural water sources. Also make sure you have portable containers and filters to make the trip successfully.


Pasteurizing water if boiling is impractical

Information on how to pasteurize water… related to the SODIS technique, but using a solar cooker. http://solarcooking.org/newsletters/scrnov02.htm#water

It turns out that water can be made much safer with temperatures below the boiling point, which is important if you don’t have much fuel for boiling.


Millions of people become sick each year from drinking contaminated water. Children are especially susceptible. An estimated 1.5 billion cases of diarrhea occur each year, resulting in the death of nearly 2 million children. Worldwide, about 1.3 billion people do not have access to safe drinking water, including nearly half the population of sub-Saharan Africa. Yet, in many of the most severely affected regions, sunshine is an abundant source of energy that can not only cook food but can also heat water to temperatures that kill harmful microbes, making water safe to drink. This procedure is called solar water pasteurization.

It has been known since the late 1880s, when Louis Pasteur conducted groundbreaking research on bacteria, that heat can kill pathogenic (disease-causing) microbes. Most people know contaminated water can be made safe by boiling. What is not well known is that contaminated water can be pasteurized at temperatures well below boiling, as can milk, which is commonly pasteurized at 71°C (160°F) for 15 seconds.

The chart below indicates the temperatures at which the most common waterborne pathogens are rapidly killed, thus resulting in at least 90 percent of the microbes becoming inactivated in one minute at the given temperature. (The 90 percent reduction is an indicator frequently used to express the heat sensitivity of various microbes.) Thus, five minutes at this temperature would cause at least a 99.999 percent (5 log) reduction in viable microbes capable of causing disease.

Microbe Killed Rapidly At
Worms, Protozoa cysts (Giardia, Cryptosporidium, Entamoeba) 55°C (131°F)
Bacteria (V. cholerae, E. coli, Shigella, Salmonella typhi), Rotavirus 60°C (140°F)
Hepatitis A virus 65°C (149°F)
(Significant inactivation of these microbes actually starts at about 5°C (9°F) below these temperatures, although it may take a couple of minutes at the lower temperature to obtain 90 percent inactivation.)