Скачать или смотреть The Off Grid Guide - Part 2 | Water

Timestamps:

Intro 0:00
00:04 Modern Water Issues
Rainwater & Surface Water 14:43
Well, AWG Systems & Purification 28:13
Landscape for Water Retention 42:17

Checkout more of our articles on: https://articles.acornlandlabs.com/
Checkout the Land Lab Simulator on: https://landlab.app/simulator

Resources & links: 🔗
https://en.wikipedia.org/wiki/Ogallal...
https://greywateraction.org/greywater...
Jackson water crisis forces residents to find alternatives https://apnews.com/article/floods-mis...
Cape Town: Lessons from managing water scarcity
https://www.brookings.edu/articles/ca...


Our IBC Tote Source: https://atlantabarrels.com/

U.S. Water Supply and Distribution Factsheet
https://css.umich.edu/publications/fa...

Building The Three Bucket Bio-Water-Filter
www.askaprepper.com/building-the-three-5-gallon-bucket-bio-water-filter/

California Aquifer Risk Map: https://gispublic.waterboards.ca.gov/...

USA Groundwater Depletion data: https://www.americangeosciences.org/c...

Compost increases the water holding capacity of droughty soils https://www.canr.msu.edu/news/compost...

Watch these two Sepp Holzer videos on his farm and water:
   • Sepp Holzer's Mountain Permaculture Farm  

Modern Water Issues in the USA 🇺🇸

The U.S. faces significant water challenges:

Drying Aquifers 🌵: Western aquifers are depleting due to droughts, corporate farming, and inefficient water use.
Extreme Weather 🌪️: Unpredictable weather, like droughts and heavy rain, complicates water management.
Water Pollution ☠️: Chemicals and agricultural runoff pollute water, especially in the East.
Agricultural Impact 🐄: Nitrates from fertilizers contaminate water supplies.
Runoff and Contaminants 🦠: Pollutants from urban and agricultural runoff harm water quality.
Reservoir Depletion 💧: Major reservoirs like Lake Mead are at risk, affecting water availability.
Water Wars: A Looming Concern 🌊

Increasing scarcity could lead to conflicts over water resources.

Conclusion: Water as a Precious Resource 🚰

We must manage water responsibly. At Acorn Land Lab, we focus on rainwater collection, efficient irrigation, and permaculture to address scarcity and pollution, securing water for the future.

Rainwater & Surface Water in Off-Grid Settings 🌧️

Rainwater Tanks:

Roof Selection: Tin roofs are best for clean rainwater; avoid asphalt.
First Flush Diverter: Use a system to divert initial rainwater, which may carry contaminants.
Tanks: IBC food-grade tanks are ideal for storing potable water.
Computing Water Needs:

Estimation: Calculate needs based on people and usage (10-100 gallons daily).
Factors: Rainfall frequency and duration without rain determine cistern size.
Collection Formula: Roof area (ft²) x precipitation (in) x 0.623 = gallons collected.
Key Considerations:

Water Pollution: Regularly clean systems to avoid contaminants.
Water Availability: Hybrid systems (rainwater, city, well) might be needed in some areas.
Surface Water Overview:

Sources: Creeks, streams, and ponds are key for supplying water.
Family Water Needs Example:

A family of four needs about 200 gallons daily, requiring a large roof area and cistern.
Understanding Aquifers 🌎

Aquifers store groundwater. Their stability is crucial for sustainable use and can be assessed with risk maps.

Well Systems 🕳️

Depth: Most wells range from 100 to 800 feet. Deeper wells usually provide better water quality.
Costs: Drilling a well can cost between $3,500 and $15,000.
Well Maintenance: Annual checks are vital to ensure water safety.

Combining Rainwater and Well Systems 🌧️

Using both rainwater and well water provides a reliable supply, with rainwater as the primary source and wells as backup.

Energy and Water ⚡

Water and energy are linked; producing and treating water requires significant energy, making efficient water use essential.

Atmospheric Water Generators (AWGs) ☁️

AWGs extract water from the air, providing an alternative but energy-intensive water source.

Water Purification Options 🏡

Gravity-Fed Systems: Easy and portable but slow.
Reverse Osmosis: Effective at removing contaminants but wastes water.
Sediment Filters: Good for large particles, not chemicals.
UV Filters: Kills pathogens but requires electricity.
Carbon Filters: Improves taste, limited chemical removal.
Distillers: Purify water but are slow and need electricity.
Choosing the Right System: Select based on needs and water quality. Combining systems offers better protection.