THIS IS THE MOST "INEXPENSIVE" WAY TO STORE FOOD FOR A LONG TIME

Published on March 7, 2022
Duration: 9:23

Alaska Prepper demonstrates an inexpensive method for long-term dry food storage using recycled 2-liter bottles. The technique involves filling bottles with grains, compressing them to remove air, and using oxygen absorbers to prevent spoilage. This method is presented as a practical and budget-friendly approach to food preparedness, requiring only time and effort.

Quick Summary

The most inexpensive way to store food long-term uses recycled 2-liter plastic bottles. This method involves filling bottles with dry grains, compressing them to remove air, and adding oxygen absorbers. Properly executed, this technique can preserve food for 25+ years.

Chapters

  1. 00:00Introduction to Budget Food Storage
  2. 01:27Filling and Compressing Grains
  3. 03:28Capacity and Weight Measurements
  4. 04:44Oxygen Absorbers and Sealing
  5. 06:51Long-term Storage Evidence

Frequently Asked Questions

What is the most inexpensive way to store food long-term?

The most inexpensive method for long-term dry food storage involves using recycled 2-liter plastic bottles. This technique, demonstrated by Alaska Prepper, focuses on compressing dry goods like rice or beans and using oxygen absorbers to remove air, significantly extending shelf life.

How long can food be stored using the recycled bottle method?

When using recycled 2-liter bottles with proper sealing and oxygen absorbers, dry goods like rice can achieve an estimated shelf life of 25 years or more. Visual evidence from older containers confirms the effectiveness of this preservation method.

What are the key factors for long-term food preservation?

The key factors for long-term food preservation are controlling oxygen, moisture, and temperature. This method addresses oxygen control using absorbers and minimizes moisture by ensuring bottles are dry and sealed tightly.

How many oxygen absorbers are needed for a 2-liter bottle?

A general guideline is to use approximately 100cc of oxygen absorbers per quart of volume. For a 2-liter bottle, which is roughly half a gallon (two quarts), two 50cc oxygen absorber packets are typically sufficient.

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