What Is the Water Freedom System?
The Water Freedom System is a digital guide created by Chris Burns that teaches homeowners how to build a small-scale atmospheric water generator (AWG) — a device that extracts moisture from the air and converts it into usable water through condensation and filtration. The package includes PDF blueprints, a parts list, step-by-step instructions, and bonus survival guides. The guide itself costs approximately $39, with an all-in build cost of roughly $270 in components.
Atmospheric water generation is not a fringe concept — commercial AWG units are used in water-scarce regions worldwide, and the underlying physics of extracting humidity from air is the same principle that makes dehumidifiers work. The Water Freedom System adapts this technology into a DIY format accessible to homeowners without engineering backgrounds.
The product comes from EPC Workshop — the same publisher behind Backyard Revolution and the Energy Revolution System — and follows the same structure: a digital guide for a functional DIY build, backed by a 60-day ClickBank guarantee.
Product at a Glance
A complete DIY blueprint for building an atmospheric water generator — a device that condenses moisture from ambient air into usable water.
View Water Freedom System Official site · instant digital accessThe Science — How Atmospheric Water Generation Works
AWG technology works on the same physical principle as a cold glass of water on a humid day — moisture in the air condenses on a cooled surface. The Water Freedom System scales that principle into a functional home unit with a three-stage filtration system to make the output safe for household use.
The three-stage AWG process
The technology is legitimate and field-proven. Commercial AWG units (Watergen, Source Hydropanels) are deployed in water-scarce regions across the Middle East, Africa, and parts of the US Southwest. The Water Freedom System's value is in making this technology buildable at home for ~$310 rather than $2,000–$10,000 for commercial units.
"The physics works. The build is real. The output varies by one variable above all others: how much humidity is in your air."
— GetHomeFixed analysis, May 2026The One Factor That Determines Everything: Humidity
This is the section that separates a useful review from a promotional one. AWG output is directly and completely dependent on ambient humidity. A system that produces 8 liters per day in coastal Florida produces less than 1 liter per day in Phoenix, Arizona — same unit, same build, vastly different results. Before purchasing any AWG guide, check your local average relative humidity.
For humid-climate homeowners, the system performs reliably and the output is genuinely useful for non-drinking household needs — garden irrigation, toilet flushing, washing — with proper filtration extending to drinking water use. For dry-climate homeowners, the system's output will be limited enough that alternative approaches (rainwater harvesting, water storage) are likely better-matched solutions.
How to check your local humidity
Search your city on Weather.com or Wunderground and look for "average relative humidity" by month. Anything averaging above 50% RH year-round gives the system reliable output. Seasonal variation matters too — a city with 65% RH in summer and 20% in winter will see significant output variation across the year.
Pros & Cons
What works well
- Real technology with proven commercial equivalents
- Low all-in cost (~$310) vs. commercial AWG units ($2K–$10K)
- Highly valuable for emergency preparedness
- Portable — can be relocated or used off-grid
- No ongoing water bill for collected output
- Clear blueprints and step-by-step instructions
- 60-day ClickBank guarantee works reliably
- Useful in humid climates year-round
Set expectations on
- Output heavily dependent on local humidity
- Not designed for arid or semi-arid climates
- Daily output (2–10L) supplements rather than replaces tap
- Drinking water requires proper filtration — verify locally
- Fans can be audible during operation
- Electricity consumption for cooling coil adds to utility cost
- Build takes 1–2 weekends of careful assembly
- Sales page uses aggressive direct-response format
How It Scores
| Category | Rating | Score |
|---|---|---|
| Scientific Validity | 4.6 / 5 | |
| Guide Quality & Clarity | 4.1 / 5 | |
| Value for Money | 4.0 / 5 | |
| Emergency Preparedness Value | 4.5 / 5 | |
| Climate Versatility | 2.6 / 5 | |
| Daily Output (humid climates) | 3.7 / 5 |
The 60-day guarantee lets you read through the full guide and verify the build matches your climate and goals before committing to components.
Access Water Freedom System → Official site · 60-day money-back · instant downloadWho Gets the Most From This Guide
Strong fit if you are:
A homeowner in a humid climate (Southeast, Gulf Coast, Pacific Northwest, Mid-Atlantic, or Northeast) who wants a low-cost backup water source for emergency preparedness, garden irrigation, or household use. The system is particularly compelling for preppers and self-sufficiency-oriented homeowners — having a functioning water source independent of municipal supply or well power is genuinely valuable and not replicable with most other DIY guides.
Also a strong fit for homeowners with rural properties who want to reduce dependence on well systems or who experience periodic water quality issues. The filtration component of the guide addresses water quality directly.
Consider alternatives if you are:
Located in a dry or semi-arid climate, or primarily seeking a high-volume primary water source. For arid-region homeowners, rainwater harvesting (when local regulations permit) or a quality gravity-fed filtration system for existing water sources will deliver more reliable output than atmospheric condensation in low-humidity conditions.
💧 Water safety — important before drinking
Water produced by any DIY atmospheric water generator is not certified drinking water without proper testing and filtration. The guide covers filtration — follow it completely. Water quality from AWG units varies based on local air quality, filter maintenance, and build precision.
Before using AWG output for drinking, consider having it tested by a certified lab for your area (typically $30–$80 at local water testing services). For non-drinking uses — garden irrigation, toilet flushing, washing — filtration requirements are less stringent. Consult local health department guidelines for your jurisdiction.
What Builders Report
Independent accounts from builders in 2025–2026 follow a clear geographic pattern that aligns with the humidity data above. Builders in Florida, the Gulf Coast, and the Pacific Northwest consistently report reliable output — 4–8 liters per day being the most common result in high-humidity environments, with some reporting up to 10 liters during humid summer months.
The backup power value during outages receives consistent praise — particularly from households in hurricane-prone areas where both power and municipal water can be disrupted simultaneously. Having an operational water source that doesn't depend on the grid is a genuinely different kind of emergency preparedness than most DIY guides offer.
The most common builder note across accounts: the fan noise during operation is audible and worth planning for — placing the unit in a garage, basement, or outdoor covered area addresses this effectively.
Frequently Asked Questions
How much water does it produce per day?
Output ranges from 2–10 liters per day depending on ambient humidity, temperature, and unit size. In optimal conditions (70%+ RH, warm temperature), the upper end of that range is achievable. In moderate humidity (45–60% RH), expect 3–5 liters per day as a realistic planning figure. The guide provides scaling guidance for building a larger unit to increase output. For context, the average American uses about 80–100 gallons (300–380 liters) of water per day — a single AWG unit is best understood as a supplement or emergency backup rather than a primary water source.
Is the water safe to drink?
When built and maintained correctly with proper filtration, AWG-produced water can be suitable for drinking. The guide includes filtration instructions. However, DIY-built systems are not certified to any regulatory standard — water quality depends on local air quality, filter maintenance frequency, and build precision. For peace of mind, have output tested by a certified water testing lab in your area before drinking ($30–$80 at most). Non-drinking uses — irrigation, toilet flushing, washing — have lower safety thresholds and are appropriate for most properly-filtered AWG output without testing.
How much electricity does it use?
A standard build consumes approximately 200–300W during operation — similar to a dehumidifier. Running continuously, that's roughly $15–$25/month added to your electricity bill at average US rates. Most builders run the unit during off-peak hours or pair it with a solar supplement (like a Backyard Revolution array) to offset the operating cost. The guide covers power optimization approaches for reducing consumption.
Does it work in winter or in dry seasons?
Output drops significantly when humidity falls below 35–40% RH. In humid climates, winter humidity is often still sufficient for meaningful output. In dry climates or during dry seasons in transitional climates, output may be minimal. If your location experiences seasonal humidity swings, the system is best planned as a warm-season or year-round tool in humid regions, and a seasonal supplement in more variable climates. Checking your local monthly average humidity data before purchasing is the most reliable way to set accurate expectations.
How does it compare to a commercial atmospheric water generator?
Commercial AWG units (Watergen, EcoloBlue, Source Hydropanels) range from $500–$10,000+ and produce certified drinking water at higher daily volumes. They come with warranties, certifications, and professional support. The Water Freedom System produces a similar-technology output at roughly $310 all-in — a fraction of the commercial cost — with the trade-off of DIY assembly, no certification, and output dependent on build quality. For homeowners who want to verify the concept works for their climate before investing in a commercial unit, the guide is a logical first step.
How do I get a refund if the guide doesn't fit my situation?
Water Freedom System is sold through ClickBank, which provides a 60-day buyer protection guarantee. Contact ClickBank directly at support.clickbank.com within 60 days of purchase. Log in with your order confirmation email, locate the transaction, and submit a refund request. Most refunds process within 2–5 business days without requiring vendor involvement. The 60-day window is long enough to read the guide fully and verify whether the build is suited to your climate and goals.
Final Verdict
The Water Freedom System is built on genuinely sound technology — atmospheric water generation is real, proven, and commercially deployed worldwide. For $310 all-in, the guide provides access to that technology at a fraction of commercial AWG unit pricing.
The honest qualifier is geography: this system performs well in humid climates and delivers limited results in dry ones. Before purchasing, check your local average relative humidity. Above 50% RH year-round, this guide has a strong case. Below 35% RH, alternative water solutions will serve you better.
For homeowners in the right climate — particularly those focused on emergency preparedness, water independence, or sustainable living — the Water Freedom System is a well-structured guide to a build that delivers genuine value at a low-risk price point.
Get Water Freedom System → Official site · $39 · 60-day money-back · instant access