No doubt, having a reliable water source is critical for emergency preparedness.
Atmospheric water generators offer preppers the ability to harness humidity and produce their own water, no matter the conditions.
In this guide, we'll break down how these machines work, help you evaluate pricing and features, and show why they're an essential addition for resilience.
Harnessing Humidity for Survival
Atmospheric water generators provide clean, potable water by extracting moisture from the air. This introductory section will outline what they are, why preppers need them, and give an overview of how they work.
Defining the Atmospheric Water Generator
An atmospheric water generator is a device that mimics the natural water cycle to produce water from humidity in the air. It condenses and collects this atmospheric moisture to provide a renewable source of pure drinking water, independent of traditional infrastructure.
Atmospheric water generators are essential for preppers because they offer an off-grid water source when normal supply is disrupted during emergencies. By harnessing ambient humidity, they can generate water without connecting to potentially contaminated pipelines and water systems.
Why Preppers Should Invest in Atmospheric Water Generators
During power outages, natural disasters, or other crisis scenarios that cut off access to clean water, atmospheric water generators for home use give preppers a reliable and renewable water supply. Unlike stored water that is finite, these devices can produce hydration indefinitely from the atmosphere.
Having an independent water source is critical for survival preparedness. Solar atmospheric water generators can operate off-grid using solar panels or alternative energy sources. This makes them invaluable for preppers when normal infrastructure fails.
The Mechanics of Moisture Extraction
Atmospheric water generators for sale use fans to pull ambient air over cold evaporator coils. The temperature differential causes atmospheric humidity to condense into liquid water on the coils.
This extracted moisture then passes through filters to remove impurities. Minerals are added for taste before the water is stored in a tank, ready for drinking. The process mimics nature’s water cycle, sustainably generating clean water from humidity.
Understanding how atmospheric moisture extraction works allows preppers to harness this innovative technology for off-grid water self-sufficiency. Paired with solar panels, these devices offer renewable hydration no matter the circumstances.
Do atmospheric water generators really work?
Atmospheric water generators (AWGs) work by extracting moisture from the air and condensing it into clean, potable water. The technology relies on basic scientific principles of condensation and works effectively under the right environmental conditions.
AWGs become more effective as relative humidity and air temperature increase. As a rule of thumb, cooling condensation AWGs do not work efficiently when the ambient temperature falls below 18.3°C (65°F) or the relative humidity drops below 30%. This is because cooler air holds less moisture, resulting in less water yield.
During hot and humid days, AWGs can produce plenty of water. A mid-sized unit for home use may generate 10-20 liters per day. Larger industrial AWGs are capable of producing thousands of liters per day. For preppers seeking a renewable, off-grid water source, AWGs present a viable option in many regions. When combined with rain catchment systems, preppers can establish resilience against water scarcity threats.
So while AWGs do work, their productivity depends largely on ambient air conditions. Preppers must evaluate their climate and determine if AWGs justify the investment for their situation. With adequate humidity and heat, AWGs will generate bountiful drinking water using just air and electricity.
Is atmospheric water generator safe to drink?
Yes, the water produced by atmospheric water generators is completely safe to drink. Since the water is extracted directly from humidity in the air, it undergoes an advanced filtration and UV sterilization process to remove any impurities.
The key benefits of drinking water from an atmospheric water generator include:
- Pure and clean: The water has no traces of heavy metals, pesticides, bacteria or other contaminants that may be present in ground or tap water sources. It is as pure as water can get.
- Great taste: Without any weird aftertaste or odor, the clean purified water from these generators tastes fresh and crisp.
- Safe for long term consumption: Multiple rigorous quality tests certify that the water is safe for regular and long term drinking by people of all ages.
So rest assured the atmospheric water generator produces water that is perfectly healthy, contaminant-free and tasty for your entire family's routine hydration needs. The advanced filtration technology guarantees safety while eliminating the hassles of buying bottled water.
How much water can an atmospheric water generator make?
Atmospheric water generators can produce a significant amount of water through moisture harvesting technology. According to sources, a standard generator can produce up to 450 gallons (or ~1700 liters) of clean drinking water per day.
To generate one liter of water requires approximately 310 watt-hours of energy. This makes the operating cost very affordable, with estimates around $0.08 per gallon.
With atmospheric water generators only relying on humidity, they can work effectively in many climates and environments. The technology allows preppers to establish a renewable source of potable water.
Having a consistent supply of water is critical for emergency preparedness. Atmospheric generators provide preppers the capability to cover basic water needs during a crisis. They can sustain small groups and supplement stored water reserves.
For preppers seeking self-sufficiency, these generators offer independence from traditional water infrastructure. While upfront costs are higher, the long-term savings from drinking water expenses can make them a smart investment.
Integrating an atmospheric water generator into your prepping supplies bolsters resilience. With potential to generate hundreds of gallons per day, they greatly minimize reliance on external water sources.
What is the disadvantages of the atmospheric water generator?
The atmospheric water generator is an innovative technology that extracts water from the air, providing a renewable source of clean drinking water. However, there are some potential downsides to consider before investing in one of these systems:
- High upfront costs: Atmospheric water generators can cost thousands of dollars to purchase and install initially. This significant expense may put the technology out of reach for some households.
- Maintenance requirements: These systems have filters that need regular replacing and components that require servicing by professionals periodically. These ongoing maintenance costs can add up over time.
- Efficiency varies: AWGs pull moisture from the air to produce water. Areas with higher humidity will enable more water extraction. Drier climates mean the AWG will be less productive and efficient.
- Energy consumption: Most AWGs run on electricity to power internal fans and the cooling system. This contributes to utility bills, offsetting water savings achieved. Using solar power can mitigate this.
So while AWGs present an innovative solution for renewable drinking water, the high initial investment, maintenance, efficiency variability, and energy use are reasonable disadvantages to consider before installing one. Performing adequate research beforehand is key to determine if an AWG aligns with your household's budget and needs.
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Evaluating Atmospheric Water Generator Price and Features
Several considerations come into play when deciding which atmospheric water generator best suits your prepper needs, including price, output capacity, power source, and portability.
Understanding Atmospheric Water Generator Prices
Atmospheric water generator prices typically range from $1,500 for smaller home models up to over $10,000 for heavy-duty industrial and commercial units. Most products geared towards preppers fall around the $3,000 price point.
When evaluating atmospheric water generator prices, consider:
- Size and output capacity - More water production requires larger, more expensive systems
- Power source - Solar power compatibility adds cost versus grid electricity models
- Build materials - Rugged, durable stainless steel costs more than plastic housing
- Purification method - Additional filtration stages increase price but also water quality
- Technology - Ultrasonic, cooling condensation, and humidification diffusion methods vary in efficiency and expense
Getting quotes from multiple manufacturers allows price and capability comparison. Also factor in any maintenance, filters, or accessories into long-term ownership costs.
Assessing Output for Prepper Readiness
Output capacity, measured in liters or gallons of water production per day, determines how many people an atmospheric water generator can reliably hydrate. When prepping, consider:
- Daily drinking water needs per person - At least 1 gallon (3.8 liters) minimally
- Water usage for cooking, cleaning, hygiene - Multiplies basic drinking estimates
- Emergency supply buffer - Added 20-50% allows for unexpected needs
Compare output ratings to your intended emergency usage scenarios. Also confirm the output rating methodology to determine real-world production estimates.
Exploring Power Sources: From Grid to Solar
Atmospheric water generators run on grid electricity, standalone batteries, solar panels or combinations thereof. Grid dependency makes generators vulnerable to blackouts during emergencies. Some key insights on power:
- Grid-tie only models offer lowest cost but no electricity = no water
- Battery-powered units work short term but require backup charging
- Solar compatibility provides unlimited production capability post-grid loss
- Solar panel wattage must match consumption rate for self-sufficient operation
Evaluate power infrastructure requirements against likely emergency scenarios. Hardened preppers invest in solar-compatible generators for indefinite off-grid usage.
The Importance of Portability in Emergency Situations
If you need to transport your atmospheric water generator between locations, assess size, weight, lifting points, and durability when comparing products.
- Wheeled models allow single-person portability over smooth surfaces
- Rugged handles enable two-person lifts up stairs or over obstacles
- Locking wheels and protective cages prevent damage in transit
- Low center of gravity and compact shape improve vehicle transport
Also confirm electrical hookup types (plugs versus wired) and any setup requirements when relocating the unit. Quick deployment and weather resistance maximize flexible operation during emergencies.
Optimizing Home Water Supply with Atmospheric Generators
Properly installing your atmospheric water generator for home use, including location selection and supplementary prepping gear, optimizes performance and makes the system post-disaster ready.
Selecting the Optimal Home Location
When setting up an atmospheric water generator for home use, carefully consider the location. Position the unit in a warm area between 70-100°F - avoid extremely hot spots near heating vents or appliances, as excessive heat can damage sensitive components.
The area should also be well-ventilated with good airflow. Sheltered outdoor locations like covered porches or garages often work very well, allowing ample warm moving air to pass through the system. Avoid cramped indoor spaces or areas with competing air currents from fans, AC vents, etc. that could disrupt airflow.
Lastly, keep the intake vents free from obstructions like plants or debris. Allow a few feet clearance in front and behind the unit so air can move freely. Proper positioning optimizes moisture collection and prevents overheating issues.
Harnessing the Sun: Solar Atmospheric Water Generators
One excellent enhancement for home use is combining your atmospheric water generator with solar panels. This setup stores renewable solar energy in batteries, allowing the system to run day or night. If electrical service is disrupted during a blackout or natural disaster, the solar atmospheric water generator keeps producing clean water uninterrupted.
Solar atmospheric water generators for home use start around $Atmospheric water generator price for small units. Larger solar arrays with battery banks and inverters provide ample power but cost more. Consider your budget and household water needs when deciding on solar capacity.
Enhancing Output with Supplementary Gear
The moisture content of ambient air directly impacts atmospheric water generator productivity. In dry conditions, supplementary products like swamp coolers, humidifiers, or even wet towels can introduce additional moisture to boost output.
Position these humidity-increasing devices near the atmospheric water generator's air intake. As moisture-rich air gets sucked inside, water yield improves. Just avoid extremely high humidity levels over 80% that could condense excess moisture inside the sensitive internal components.
With some clever positioning and enhancements, an atmospheric water generator easily integrates into any homestead. The renewable water source stays productive in emergencies where municipal taps run dry.
Finding the Right Atmospheric Water Generator for Sale
Atmospheric water generators for households typically have lower output volumes optimized for limited personal and family usage, while commercial units support high-demand applications.
Home Generators: Finding the Perfect Fit
Reliable mid-sized atmospheric water generator models for home use like the Watergen Gen 350 can produce up to 20 liters of fresh, pure water per day using compact, portable designs perfect for placement in a garage, basement, or outdoor covered area. These units efficiently extract moisture from the air through quiet, low-energy condensation processes, providing a sustainable backup source of water.
Key features to look for when buying an atmospheric water generator for home include:
- Output Volume: Select a daily production capacity that matches your household's needs, factoring in storage tank size. Aim for at least 3-5 liters per person.
- Compact Size: Ensure the system's footprint fits your available space without occupying too much area. Vertical configurations help save floor space.
- Easy Maintenance: Opt for an AWG with tool-free filter changes and automated self-cleaning to minimize manual upkeep.
- Smart Controls: Models with wireless connectivity, remote monitoring/control via mobile apps offer convenience.
With routine filter changes and proper containment to protect sensitive parts from weather/debris, a home atmospheric water generator can reliably deliver a steady supply of water for years as a renewable, eco-friendly preparedness asset.
Industrial Giants: Commercial Water Solutions
Heavy-duty atmospheric water generators with large air intakes and high-volume condensation coils can generate thousands of liters per day for sale to various industries in need of mass quantities of high-quality water for operations and processes.
Applications where an industrial-scale atmospheric water generator can provide value include:
- Agriculture: Water for crop irrigation and livestock
- Hospitality: Water for hotels, resorts, and recreation centers
- Energy Production: Water for solar panel cleaning and cooling
- Manufacturing: Ultrapure water for factories and industrial processes
Custom engineered systems like Watergen's Atmospheric Water series can produce up to 6000 liters of water per day using innovative heat exchange and mineralization technology tailored to a client's specific water quality and volume requirements.
Operating on just electricity, these robust commercial units pay for themselves over time while sustainably extracting abundant water even in drought-prone regions.
Adapting to Needs: Modular and Trailer Configurations
For flexibility across locations, some atmospheric water generator systems feature modular components or custom trailer set-ups.
Modular designs allow multiple generator modules to be combined together to increase total output according to current demand levels. Additional units can be added down the road as needs grow.
Full turnkey systems mounted on trailers offer quick portability between sites. These mobile water solutions hook up to local power sources and can be relocated wherever water needs arise. Trailer capacities range from 500 - 6,000 liters per day.
Customizable AWG solutions add versatility for temporary or shifting water access needs in commercial/municipal settings.
Cultivating Resilience with Atmospheric Water Generators in Agriculture
In remote areas without clean water access, atmospheric water generators present a solution for hydrating livestock and irrigating crops. These devices pull moisture from the air and convert it into clean, consumable water through condensation and filtration processes.
Quenching Thirst: Livestock Watering Innovations
Ranchers and homesteaders in arid regions are integrating atmospheric water generators into their livestock management plans. The constant production of water allows sustainable hydration for cattle, chickens, goats, and other animals.
Benefits include:
- Reliable access to mineral-rich water, even in dry conditions
- Reduced labor fetching water from distant sources
- Lower risk of water contamination from surface sources
- Increased resilience in drought-prone areas
With solar power or alternative energy sources, atmospheric water generators can produce 20-30 liters of water per day - enough for a small herd. Larger commercial units are also available. Proper placement in livestock shelters allows easy access for animals to drink when needed.
Irrigating the Future: Water for Crops
In agriculture, the continuous output from a commercial atmospheric water generator allows reliable irrigation even where wells and surface water is scarce. The water is excellent for fruit orchards, row crops, vegetable gardens, and other plants.
Benefits include:
- Sustained water access for irrigation in arid/remote regions
- Reduced reliance on hauling water or inconsistent rainfall
- Lower operating costs than well pumping or desalination
- Improved crop health and yield stability
Positioning the atmospheric water generator near the field allows gravity to feed irrigation lines. Solar options also eliminate energy costs for farmers relying on generators or transportation fuels for pumping groundwater from aquifers. This makes atmospheric water generators a practical and sustainable choice for agriculture's future.
With resilience at the foundation, integrating atmospheric water generators into livestock and crop production plans allows remote homesteads and commercial farms alike to thrive despite uncertain water resources.
Understanding the Disadvantages of Atmospheric Water Generators
While extremely useful survival tools, atmospheric water generators do come with disadvantages and vulnerabilities that preppers should acknowledge.
Regular Upkeep and Maintenance Challenges
Like any complex machine, atmospheric water generators require regular maintenance and upkeep to keep functioning properly. Some key areas that need attention include:
- Air filter changes - The air intake filter needs to be changed every 2-3 months depending on use. A clogged filter will restrict airflow and lower water output.
- Anti-microbial treatments - Most AWG units use UV lamps or other treatments to kill bacteria in the condensate water. These bulbs and systems need replacing every 6-12 months.
- Mineral scale prevention - Hard water areas can cause calcium buildup inside the AWG over time, requiring periodic descaling to maintain efficiency.
- General cleaning - Dust buildup on condenser fins, air filters, and drainage areas should be wiped down to prevent restricted airflow.
Neglecting any of these maintenance tasks can lower water quality and quantity produced by the atmospheric water generator.
Power Limitations and Alternative Solutions
Unless connected to a substantial solar panel array, most atmospheric water generators rely heavily on battery banks or the electrical grid to power their condenser and water production systems. This leaves them vulnerable during grid failures.
There are a few solutions preppers can implement:
- Size the solar panel array to handle 130-150% of the AWG power draw. This provides a buffer for cloudy days.
- Utilize battery banks capable of 2-3 days of full AWG runtime as a backup to solar.
- Set up the AWG to throttle back water production during low charge states to conserve power.
- Have a non-electric water backup like stored water barrels ready for long multi-day grid failures.
Careful planning and pairing of the AWG system with solar and batteries can provide solid resilience even in harsh SHTF events.
Dealing with Low Humidity Environments
Atmospheric water generators rely on condensing ambient humidity in the air to produce water. In very dry environments with average humidity below 30%, water output can decrease substantially.
A few methods to counteract low humidity areas:
- Locate the AWG intake near high humidity areas like lakes, rivers, springs or greenhouses.
- Use swamp coolers or humidifiers near the AWG air intake to raise inlet humidity.
- Schedule AWG runtime for highest humidity periods like early mornings.
- Accept the lower output levels andright size water storage for average daily needs.
With extra consideration given to humidity conditions, atmospheric water generators can still generate lifesaving drinking water even in arid climates during disasters. Carefully factoring in all vulnerabilities allows preppers to create resilient AWG systems.
Conclusion: Embracing Atmospheric Water Generation in Prepping
When integrated properly into your self-reliance plan, atmospheric water generators greatly mitigate the life-threatening risks of water scarcity if SHTF events occur.
Securing a Sustainable Water Source
Unlike easily-contaminated groundwater, atmospheric water generators offer access to pure water for health & survival if infrastructure fails. Investing in an atmospheric water generator ensures a renewable, reliable source of water to meet daily needs during outages or disasters. Models with solar power capabilities deliver water autonomy without dependence on the energy grid. With capacities ranging from a few liters a day to industrial-scale production, these machines empower preppers to secure water independently for drinking, cooking, cleaning, and hygiene.
Backstopping Food Production
The water produced can sustain vegetable gardens, small livestock, and other renewable food sources independent of public water works. Homesteaders can water their crops and animals with atmospheric water generator systems scaled to match production. Larger farm-based models allow full food cultivation minus municipal water. Either way, the water purity protects the health of soils, plants, and animals alike - critical for successful off-grid food production.
The Assurance of Water Autonomy
With an atmospheric water generator, preppers need not fear short-term water outages or deliberately imposed shutoffs during unrest or authoritarian control. Water scarcity ranks among the gravest threats in disaster scenarios. By harvesting water from the air, preppers safeguard this life-essential resource and the self-reliance it enables, no matter the disruption. Such water assurance brings confidence to withstand and thrive amidst instability.
