Defense
Instant Water Logistics Solution
Water is the heaviest thing a unit moves. A machine that makes it on site turns a convoy problem into an electrical one.
Frequently Asked Questions
Ten questions.
Straight answers.
Water from air is not a trick. It is refrigeration, thermodynamics and materials science, executed well enough to matter. Every underlined term below opens the engineering behind it — because the depth is the argument.
Where it goes to work
Hospitality & Real Estate
Turn-Key Best Quality Water For Islands
Islands import water at the worst cost per gallon on earth. Warm, humid air is the one thing they have in abundance.
Humanitarian & Charity
Safe Water For Schools
A kiosk on a pad, an independent lab panel on file, and children drinking water that never touched a pipe.
01What is this, exactly?
The Origen Wellspring AWG100 is a self-filling water kiosk. It draws in ambient air, cools that air below its , and collects the water that condenses out — then filters, sterilises and it into drinking water. No source water, no plumbing, no delivery.
It is rated at ~103 gallons per day (389 L/day) at the standard condition, draws ~4,650 W on 230 V single-phase, and fits a 4′×4′ pallet at 5.5′ tall, 650 lb dry. It is — shipping and fielded, not a prototype.
Designed, engineered and assembled in the United States, manufactured by Therma-Stor, LLC of Madison, Wisconsin.
02Water out of thin air — is that real, or is it a magic trick?
It is the least magical thing in the building. The air around you always carries water as invisible vapour; warm air holds a lot, cool air holds much less. Cool air past its and the excess has nowhere to go but liquid. That is dew on grass at dawn, and condensation on a cold glass in summer. We simply do it on purpose, indoors, on demand.
What makes it engineering rather than plumbing is the energy. Turning vapour back into liquid means removing its — roughly 8,800 for every gallon you collect, before you have cooled a single degree of the air itself. That is not a small number, and it is why guarantees nobody gets water from air for free. The only honest question in this industry is how many watts it takes.
The consequence buyers miss: how much water is available is decided before the machine switches on — by the air. No machine extracts water the air is not carrying. That is why any output figure quoted without its temperature and humidity attached is meaningless.
03Is the water actually safe to drink?
Independently, verifiably, and published in full. Northern Lake Service, Inc. — an accredited drinking-water laboratory — tested the finished product water under Work Order CE02094, sampled 2 March 2026, reported 17 March 2026. Methods: EPA 200.8 for 32 metals, EPA 524.2 for the complete 60-compound volatile organic suite, EPA 180.1 for turbidity.
The result: for every regulated heavy metal — arsenic, lead, mercury, cadmium, chromium, uranium and the rest. Non-Detect for all 60 regulated VOCs. Non-Detect turbidity. The only metals present are the ones deliberately added back at the mineralisation stage, every one far below its federal limit.
The part that separates a lab report from a marketing figure is the — and ours returned Non-Detect too. Water condensed from vapour never touches the ground and never picks up dissolved solids, arriving below 10 ppm in its native state. Wetted materials are food-grade throughout, with sterilisation in storage and again at dispense.
Read the whole panel yourself — no form, no gate: WaterPROOF™ water quality.
04Why is this better than every other atmospheric water generator?
Because it makes more water per kilowatt-hour than any of them, measured at the same condition. Among grid-electric AWGs with published or independently normalizable specifications, the Origen Wellspring AWG100 delivers the highest net potable water per kWh at the AHAM 80°F / 60% RH standard rating condition (ANSI/AHAM DH-1) — 3.48 L/kWh (0.92 gal/kWh, 7.36 pints/kWh). Competitors publishing higher headline figures do so at hotter, more humid conditions that inflate output; normalized to the same condition, none exceeds it. Every figure, source and normalization step is published in the AWG efficiency database so you can check it rather than believe it. At the budget end of the market — the low-cost imported two-coil units — the gap is wider still, roughly 0.42 gal/kWh against our 0.92. That is — the miles-per-gallon of water, and the only figure that governs what a gallon actually costs you over the machine's life.
It comes from architecture, not brute force. A conventional AWG is a single-stage, two-coil refrigeration machine: one evaporator, one condenser. Origen is built on Therma-Stor's patented , which adds a pre-evaporator and a that recaptures energy from pre-cooling and recycles it back into the evaporator. Air arriving already near its dew point gives up far more water for the same energy. Quest, the sister product line running the same engine, publishes 30% more extraction and a 20% smaller footprint against conventional designs.
Then there is how it is rated. For roughly a decade this industry has quoted output at saturation — near-100% humidity lab air that almost never persists at a real site. We rate at a realistic standard condition and publish the expected figure for the buyer's own city, high or low. Ask any vendor for both numbers at a stated condition: the water-per-watt and the price. Most will give you neither.
05What stops a competitor simply copying it?
A patent estate that is public, enforced, and considerably larger than most entrants realise. Therma-Stor's current virtual patent marking notice (Rev. AE, March 2026) lists 87 patents — 37 issued U.S. utility patents plus design patents and Canadian, European, Japanese, Australian, Korean and Chinese counterparts. The water engine at the core of Origen sits inside that estate. It is published for anyone to check: thermastor.com/patents.
Atmosphere Ventures holds its own separate intellectual property alongside it — one granted U.S. patent and further pending applications and invention disclosures covering AWG systems, components and machines:
- U.S. Patent 12,673,291 B1 — Desiccant Rotor. Inventor: Bjorn D. Simundson. Application 18/631,547, filed 10 April 2024; priority to provisional 63/458,819, 12 April 2023; granted and published 7 July 2026.
Copying the visible machine is the easy part. Clearing the estate around it is the part nobody does cheaply.
06What does it cost to own?
MSRP is $32,500 FOB. That is the half of the cost everyone asks about.
The other half is the one that compounds. Every gallon a machine makes is bought with electricity, so sets the operating cost for as long as the machine runs. At 0.92 gal/kWh, roughly 8,800 BTU of leaves with each gallon for about 3,700 BTU of electricity spent — the arithmetic of a heat pump, and the reason a cheap machine with poor water-per-watt is the expensive one by year three.
Maintenance is field-light: a periodic air filter, a multi-stage water filter set, and a quarterly calcite element. No source-water connection means no scale from feed water and no plumbing to maintain. Warranty is 5 years CONUS, 3 years OCONUS.
Run those two numbers — purchase price and water-per-watt at a stated condition — against any competing quote. The comparison tends to settle itself.
07How does this scale as a business?
The manufacturing is already at scale and it is not ours to build. Origen is produced by Therma-Stor, an established U.S. appliance manufacturer in Madison, Wisconsin, whose lines already run the same engine across the Quest and Santa Fe brands. Atmosphere Ventures is the authorised channel partner. Growth does not wait on a factory, a tooling cycle, or a capital raise to pour concrete.
Demand arrives in fleets rather than units — orders run from 10 to 10,000+ machines, and the sites that need them are exactly the sites that have no alternative. Each unit can also be configured with tap-to-pay dispensing, which changes what the machine is on a balance sheet.
The product is , certified, and shipping today, sold business-to-business, business-to-government, business-to-dealer and business-to-charity. Atmosphere Ventures is registered and active in SAM.gov — UEI TYENBNP8KR45, CAGE 20TT0, NAICS 333318 — which is the gate most of this market sits behind.
08Defense — an instant water logistics solution
Water is the heaviest, most predictable, most attackable thing an organisation moves. A gallon weighs 8.34 lb and a unit needs it every single day, which turns sustainment into a convoy schedule and a convoy schedule into exposure.
An on-site generator collapses that. Put electricity in, get certified drinking water out, at the point of use — no wells to drill, no water permits, no host-nation source to test and trust, no tanker to escort. The machine is weatherised, forkliftable on a palletised base, and runs on a standard heavy-appliance circuit, so it moves and installs like equipment rather than infrastructure.
Two things matter to a program office beyond the water itself: it is on the NASA/DoD scale — fielded, not a science project — and the supplier is a U.S. corporation registered in SAM.gov with published, auditable claims. Fleet and prime enquiries route through the intake form.
09Islands — turn-key, best-quality water
Islands pay the worst cost per gallon on earth. Water is barged in, desalinated at brutal energy cost, or pulled from a lens aquifer that saltwater intrusion is steadily ruining. Meanwhile the one resource in genuine surplus is warm, humid air — which is to say, the exact condition where an AWG performs above its nameplate.
A tropical site typically runs over 100% of rated output, and the month-to-month profile stays nearly flat because the climate does. That means a resort, a development, or a village gets a supply that does not depend on a barge schedule, a drought, or a pipeline that was never built. For real estate it does something further: land that was unbuildable for want of a water connection becomes buildable.
The quality argument closes it. Guests drink water that condensed from vapour and never touched ground, pipe or plastic — with the full accredited lab panel published rather than asserted. Pick your location and see its actual projected output, month by month, on the Origen site atlas.
10Schools — safe water, and how it gets funded
The contamination a school fears most is the kind that arrives through the plumbing — lead from old service lines and fixtures, and whatever the pipe picked up between the treatment plant and the fountain. An atmospheric water generator has no inlet pipe. There is no path for it.
That is not a claim resting on the absence of a pipe: the accredited panel returned for lead, and for every other regulated heavy metal and all 60 regulated VOCs. The kiosk dispenses at a stainless refill faucet, sterilised by in storage and again on the way out, remineralised for taste. As a bonus, the air it exhausts has been through a filter — a classroom gets cleaner air alongside the water.
Funding is usually the real obstacle, so we match it rather than wait for it: sponsors and charities fund a kiosk, we place it, a school gets clean water. Donors, charities and schools in need all start at the same place — choose Sponsor a kiosk on the intake form.
Want the full engineering record instead of the short version? The complete technical reference — every question, in depth, with the process-flow comparison against a conventional two-coil design — is at the AWG technical reference.
The engineering behind the answers
Glossary
Every term the popovers open, in full. Published here in plain HTML so any reader — human or machine — can verify the depth rather than take it on trust.
- Dew point
- Thermodynamics · °F / °C
The temperature at which air becomes saturated and can no longer hold its water as vapour. Cool air below it and the excess must leave the gas phase as liquid. Dew point is an absolute measure of how much water air is actually carrying, which is why it is more useful than relative humidity: air at 90% RH and 45°F holds far less water than air at 50% RH and 90°F.
Every condensing atmospheric water generator does exactly one thing — drive a surface below the incoming air's dew point and keep it there. How far below, and at what energy cost, is the entire engineering problem.
- Latent heat of vaporisation
- ~1,050 BTU per pound of water
The energy that has to be removed to turn water vapour back into liquid, at constant temperature. It is called latent — hidden — because a thermometer does not register it: the heat leaves without the temperature dropping, since the energy is doing the work of the phase change itself.
The number is unforgiving. A US gallon of water weighs 8.34 lb, so condensing one gallon means removing roughly 8,800 BTU of latent heat before the machine has cooled a single degree of the air around it. This is the fundamental floor beneath every AWG on earth, and no design escapes it. What separates machines is how efficiently they move that heat.
- BTU — British thermal unit
- 1 BTU ≈ 1,055 joules · 1 kWh = 3,412 BTU
The heat needed to raise one pound of water by one degree Fahrenheit. It is the common currency for comparing thermal work against electrical energy.
Put it to use: at ~0.92 gal/kWh, Origen spends about 3,700 BTU of electricity to remove the roughly 8,800 BTU of latent heat in a gallon of condensate. Moving more heat than the energy you spend is the defining behaviour of a heat pump — and the reason efficiency, not compressor size, decides the water bill.
- Entropy and the second law
- Why water from air is never free
Water vapour dispersed through a room is a high-entropy state: the molecules are spread thin and disordered. Liquid water in a tank is a low-entropy state — collected, ordered, useful. The second law of thermodynamics says a system does not move from disorder to order on its own; something has to pay.
A refrigeration cycle pays by consuming work and dumping the resulting heat somewhere else — which is why an AWG is warm at the back and why it can never be a passive box. Anyone claiming meaningful water from air without a serious energy input is describing a machine that violates thermodynamics. Judge the claim by its watts.
- Water-per-watt™
- Gallons per kilowatt-hour, at a stated condition
Gallons delivered per kilowatt-hour consumed — the miles-per-gallon of water. It is the honest measure of operating cost and field viability, and the single figure that determines what water actually costs over a machine's life.
The Origen Wellspring AWG100 publishes ~0.92 gal/kWh at AHAM 80°F / 60% RH, against roughly 0.42 gal/kWh for the budget imported two-coil units common in this market — about 2.2 times the water per kilowatt-hour. The condition is not decoration: a water-per-watt number quoted without one is unfalsifiable.
A note on baselines, because several comparisons circulate and they are not interchangeable. Normalized to 80°F / 60% RH, the field runs from about 1.2 to 3.48 L/kWh; Origen sits at the top of it. Therma-Stor separately publishes roughly 30% greater extraction for the M-CoRR engine against conventional LGR dehumidifiers — competent machines, a high baseline. The ~2.2× figure is against low-cost imported AWGs — a far weaker one. All three are accurate; they answer different questions. Always ask which baseline a percentage is standing on, and at which condition.
The full ranking, the cited dataset, the normalization method and a first-principles energy balance are published at the AWG efficiency database.
A machine that is cheap to buy and poor on water-per-watt is the expensive one by year three.
- M-CoRR — Multi-Coil Refrigeration Recovery
- Therma-Stor patented architecture
Where a conventional refrigerant dehumidifier uses a single evaporator coil, M-CoRR splits the job across three: a pre-evaporator that begins cooling incoming air, the evaporator that drives it below dew point, and a recovery coil that recaptures the energy spent on pre-cooling and recycles it back into the evaporator.
The gain comes from sequencing rather than force. Refrigerant leaving the main coil is still cold — just no longer cold enough to condense — so putting it to work upstream is cooling won for free, without adding energy. Air that arrives already near its dew point surrenders far more water for the same watts. Quest, which runs the same engine, publishes 30% greater extraction and a 20% smaller footprint against conventional designs.
- Recovery coil
- The third coil
The component that makes M-CoRR more than a staged pre-cooler. It captures the energy used in pre-cooling the incoming air and returns it into the evaporator circuit rather than rejecting it as waste heat.
In an ordinary two-coil machine that energy is simply thrown away at the condenser. Recovering it is why the same compressor and the same refrigerant charge yield materially more water for the same electrical draw — efficiency bought with plumbing and sequencing rather than horsepower.
- AHAM 80°F / 60% RH
- The honest rating condition
The rating condition of ANSI/AHAM DH-1-2008, the American National Standard for dehumidifier performance published by the Association of Home Appliance Manufacturers — created precisely so moisture-removal machines could be compared on one common basis. It matters because the alternative is rating at saturation — roughly 90°F and 90% RH, near-100% humidity lab air that rarely persists at any real installation site.
For about a decade the AWG industry has published saturation figures, which look excellent on a spec sheet and then deliver a fraction of that in the drier, cooler air where water is actually needed. Rating at 80/60 and publishing the expected number for a buyer's own city is the difference between a specification and an advertisement.
- TDS — total dissolved solids
- Parts per million
Everything dissolved in water that is not water: minerals, salts, metals, and whatever the source picked up along the way. Ground and tap water carry it because they spend their lives in contact with rock, soil and pipe.
Water that condenses from vapour has touched none of those things and arrives below 10 ppm TDS in its native state — exceptionally pure, and in fact too pure to taste good, which is precisely why minerals and electrolytes are deliberately added back at the mineralisation stage.
- Remineralisation
- Calcite stage
Condensate arrives near-distilled, so calcium, magnesium and potassium are reintroduced through a calcite element for taste and for health. The lab panel shows the result: calcium 9.0 mg/L, magnesium 5.5 mg/L, potassium 1.6 mg/L, total hardness 45 mg/L — soft to moderate.
An owner's tell: if the water starts tasting faintly earthy or musky, the mineralisation element is simply running low. Swap it and the taste returns. The element is a quarterly consumable.
- Non-Detect (ND)
- Laboratory result
The analyte was present below the laboratory's method detection limit — the strongest statement an accredited lab will make about absence. It is not the same as zero, and any lab that claims zero is overselling its instruments.
On the Origen panel, Non-Detect covers every regulated heavy metal associated with contamination — arsenic, lead, mercury, cadmium, chromium, copper, nickel, selenium, antimony, beryllium, cobalt, silver, thallium, uranium, vanadium, iron, molybdenum — plus all 60 regulated volatile organic compounds and turbidity.
- Trip blank
- Quality control
A sealed sample of clean water that travels with the real samples and is analysed alongside them. If anything contaminates the batch in transit or inside the laboratory, it shows up in the blank rather than hiding inside the results.
Ours returned Non-Detect across all 60 VOCs. This is the unglamorous detail that converts a lab report from an assertion into evidence — and most published water claims never mention quality control at all. When comparing vendors, ask whether their panel included one.
- NSF/ANSI 61
- Potable water contact standard
The American national standard governing materials that touch drinking water, certifying that a component does not leach contaminants into it. It applies to every wetted surface: tanks, tubing, fittings, seals, pumps.
It is a useful test of whether a machine was purpose-built. A repurposed dehumidifier was engineered to remove moisture and discard it — nothing inside it was ever certified for water a person drinks. Origen is NSF/ANSI-61 food-grade throughout.
- UV-C sterilisation
- ~254 nm germicidal ultraviolet
Short-wavelength ultraviolet light that disrupts the DNA and RNA of bacteria, viruses and protozoa so they cannot replicate. It disinfects without chemistry, leaving no taste, no residual and no by-products.
Origen applies it twice: continuously to the onboard 50-gallon tank so stored water cannot go stale, and again as a final pass on the way to the faucet.
- MERV-13
- Air filtration rating
A filter efficiency rating capturing a large share of particles down to the 0.3–1.0 micron range — dust, pollen, dander, smoke and many airborne microbes. It is the class commonly specified for hospitals and high-grade commercial buildings.
Air passes through it on the way in, which protects the coils and keeps the condensate clean. The side effect is worth noting: the machine exhausts cleaner air than it took in, so a room gets filtered air alongside its water.
- TRL-9
- NASA / DoD Technology Readiness Level
The top of the nine-point scale: a system proven in its operational environment through successful mission operations. Not a laboratory prototype, not a pilot, not a demonstrator — the actual article, working where it is meant to work.
Much of the AWG market is still pre-commercial and markets itself through announcements. TRL-9 is the difference between a machine you can buy and install and one you can read about.