Little Known Food and Water Safety Recipes

Disinfect Drinking Water:

Add 1/8 teaspoon (or 8 drops) of regular, unscented, liquid household bleach for each gallon of water, stir it well and let it stand for 30 minutes before you use it.
Source: http://www.epa.gov/safewater/faq/emerg.html

Right after 9/11 and the subsequent Anthrax scare, I read an article in the Fort Worth Star Telegram by two microbiologists stating that adding equal parts of household bleach and white vinegar to water would increase the disinfectant power of drinking water. (I’ve lost that article and have been unable to find it anywhere on the internet.) I’ve added equal parts of white vinegar and household bleach to our drinking water (see above for ratio) with no ill effects.

Warning: Adding Vinegar directly to bleach creates deadly Chlorine gas.

For City Slickers Too:

In the event of an emergency, and you can’t trust your public water supply, do the above to your water before drinking. After letting the water stand for 30 minutes, pour it into a gravity ceramic filter. Several brands are available on the internet. They are a little costly up front but a good one will take out over 99% of all sediment and pathogens and will save you big $$$ in the long run. Plus, you can take your ceramic filter on camping trips and you don’t need electricity. I’ve been using one brand since 9/11 and it works better than our old reverse osmosis filter.

Clean and Soak Produce before Eating:

When cleaning fresh produce I use equal parts (8 drops each) of chlorine bleach and white vinegar to a gallon of water for a 20 minute soak. Then I soak my veggies again for a few minutes in clear water before spinning dry. Yes, this does have a tendency to wilt lettuce and spinach, but you won’t end up hospitalized with E. Coli.

Surface DisinfectantKilling Power Of Bleach Increased By Vinegar (article refers to surface disinfectants only)

Adding white vinegar to diluted household bleach greatly increases the disinfecting power of the solution, making it strong enough to kill even bacterial spores. Researchers from MicroChem Lab, Inc. in Euless, Texas, report their findings today at the 2006 ASM Biodefense Research Meeting.

Sodium hypochlorite (NaOCl) in the form of laundry bleach is available in most households. The concentrate is about 5.25 to 6 percent NaOCl, and the pH value is about 12. Sodium hypochlorite is stable for many months at this high alkaline pH value.

“Laundry bleach is commonly diluted about 10 to 25-fold with tap water to about 2000 to 5000 parts per million of free available chlorine for use as an environmental surface disinfectant, without regard to the pH value of the diluted bleach. However, the pH value is very important for the antimicrobial effectiveness of bleach,” says Norman Miner, a researcher on the study.

At alkaline pH values of about 8.5 or higher, more than 90 percent of the bleach is in the form of the chlorite ion (OCl-), which is relatively ineffective antimicrobially. At acidic pH values of about 6.8 or lower, more than 80 percent of the bleach is in the form of hypochlorite (HOCl). HOCl is about 80 to 200 times more antimicrobial than OCl-.

“Bleach is a much more effective antimicrobial chemical at an acidic pH value than at the alkaline Ph value at which bleach is manufactured and stored. A small amount of household vinegar is sufficient to lower the pH of bleach to an acidic range,” says Miner.

Miner and his colleagues compared the ability of alkaline (pH 11) and acidified (pH 6) bleach dilutions to disinfect surfaces contaminated with dried bacterial spores, considered the most resistant to disinfectants of all microbes. The alkaline dilution was practically ineffective, killing all of the spores on only 2.5 percent of the surfaces after 20 minutes. During the same time period the acidified solution killed all of the spores on all of the surfaces.

“Diluted bleach at an alkaline pH is a relatively poor disinfectant, but acidified diluted bleach will virtually kill anything in 10 to 20 minutes,” says Miner. “In the event of an emergency involving Bacillus anthracis spores contaminating such environmental surfaces as counter tops, desk and table tops, and floors, for example, virtually every household has a sporicidal sterilant available in the form of diluted, acidified bleach.”

Miner recommends first diluting one cup of household bleach in one gallon of water and then adding one cup of white vinegar.

Source: http://www.survivalforum.com/modules.php?name=Forums&file=viewtopic&t=9613&sid=106421479d2c8e4c9d63916f3bf3b754

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