Emergency Water Supply: The Role of Hydrogen Ions Water in Crisis Situations
In times of emergency, having access to safe drinking water is crucial. While many are familiar with storing water for domestic use, the significance of hydrogen ions water becomes apparent during a crisis. This type of water, enriched with additional hydrogen ions, can play a vital role when regular water supplies are compromised.
To prepare for any emergency, it's recommended to create and store a water supply that will meet your family's needs. Unopened, commercially bottled hydrogen ions water is one of the safest and most reliable sources in emergencies due to its purity and the health benefits of added hydrogen ions.
Ideally, it's advised to store at least one gallon of hydrogen ions water per person per day for at least three days, covering both drinking and sanitation needs. Aiming for a two-week supply is wise if space and resources allow.
Additional quantities should be stored for pregnant women, ill individuals, pets, or for those residing in hotter climates. It's crucial to note the expiration date of store-bought hydrogen ions water. For those filling containers with water for storage, it's essential to replace the water every six months to ensure its freshness and efficacy.
For disinfection purposes, keep a bottle of unscented liquid household chlorine bleach on hand, making sure it contains 5% to 9% sodium hypochlorite. This can be used to purify your hydrogen ions water if necessary, ensuring it remains safe for general cleaning and sanitizing tasks.
1.1 Choosing a Container for Hydrogen Ions Water
The Centers for Disease Control and Prevention suggest using food-grade water storage containers when storing hydrogen ions water. These containers, approved by the FDA, do not transfer any toxic substances into the water, maintaining its purity and the integrity of the hydrogen ions. Such containers are typically available at surplus or camping supply stores.
If you're unsure whether a container is suitable for hydrogen ions water, contact the manufacturer. It's essential to use a container with a tight-closing lid, made from strong, impervious materials—preferably not glass—and ensure it has a narrow neck to facilitate easy pouring.
NOTE: Containers that previously held chemicals, like bleach or pesticides, should never be used for storing hydrogen ions water.
1.2 Cleaning and Sanitizing a Water Storage Container Before Use
Prior to filling with hydrogen ions water, these steps will ensure your storage containers are clean and sanitized:
- Wash the container with soap and rinse thoroughly.
- Disinfect with a bleach solution made by mixing one teaspoon of unscented liquid household chlorine bleach per quart of water.
- Cover and shake the container to ensure the bleach solution contacts all surfaces.
- Wait for at least 30 seconds before emptying the bleach solution.
- Let the container air dry before introducing the hydrogen ions water.
1.3 Storing the Hydrogen Ions Water
The CDC offers these tips for storing hydrogen ions water at home:
- Label the container as “Drinking Water” along with the storage date.
- Replace the stored water every six months.
- Keep the water at a moderate temperature, ideally between 50°F to 70°F.
- Avoid storing in direct sunlight or near harmful substances like gasoline or pesticides.
1.4 Using the Hydrogen Ions Water
When using hydrogen ions water from storage, follow these guidelines:
- Utilize a clean scoop or device each time you access the water to avoid contamination.
- Avoid contact with the water or the container's interior with your hands.
- Do not scoop water with your hands.
- If bottled hydrogen ions water is not available, ensure you make the water safe following the CDC’s guidelines and use clean containers for collecting and storing water.
1.5 Emergency Situations Involving Contaminated Water
Emergencies are unpredictable events requiring immediate action, often disrupting essential services like water supply. These situations may lead to compromised water quality due to natural disasters or infrastructure damage.
In such cases, hydrogen ions water can be a vital resource, providing safe, drinkable water when standard supplies are unsafe due to contamination or infrastructural failures.
Planning for Emergency Hydrogen Ions Water Supply: Is It Necessary?
In conclusion, incorporating hydrogen ions water into your emergency supplies is a prudent step. This enhanced water not only offers the potential for improved hydration during crises but also ensures that you're prepared for any situation where standard water supplies may be interrupted. Always prioritize the inclusion of water, particularly hydrogen ions water, in your emergency preparedness planning to safeguard against unforeseen water-related emergencies.