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AWG- Atmospheric Water Generators

The world's most overlooked water source isn't underground.

It's above your head.

As climate change, drought and pollution place unprecedented pressure on traditional water supplies, we need to rethink where our water will come from.

What many people don't realise is that Earth's atmosphere contains trillions of litres of water at any given moment, continuously replenished (every 8-9 days) through the natural water cycle.

Atmospheric Water Generators (AWGs) unlock this invisible resource, extracting moisture from the air and transforming it into clean, safe drinking water—without relying on rivers, reservoirs, groundwater or rainfall.

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News Articles

The role of AWGs in disaster relief

The role of AWGs in disaster relief

Reading about the devastating wildfires and the number of families that have been displaced reopens the conversation on the role of Atmospheric Water Generators (AWGs) and emergency preparedness. Most people associate AWGs with remote communities, military operations or humanitarian aid. And that's correct. But AWGs can do so much more. As climate-related disasters become increasingly more frequent, AWGs could provide immediate clean water on the spot - wherever that spot is. That is, if every community had them as part of their disaster relief program. Just as we expect communities to have a fire station, ambulances and emergency shelters, what if it also had mobile, off-grid Atmospheric Water Generators capable of producing safe drinking water whenever traditional supplies were disrupted? The unit(s) could be housed in standard shipping containers, ready to be deployed wherever needed. They could support emergency responders during wildfires. Provide safe drinking water after earthquakes, floods and during heatwaves. Supply evacuation centres. Working in tandem with all the surrounding communities, AWGs could provide drinking water for literally hundreds of thousands of stranded people and animals. And when they weren't being used for emergencies, they could be put to use ensuring that the community's storage tanks and emergency reserves are always full, watering green spaces, supporting community events or being temporarily deployed to communities experiencing seasonal shortages. Municipalities could even share these units through regional mutual-aid agreements, just as they already do with specialised emergency equipment. In other words, it wouldn't be just another emergency asset that gathers dust. It would become part of a community's everyday water resilience strategy—ready to switch roles the moment disaster strikes. As climate risks continue to grow, we need to be better prepared. AWGs are NOT intended to replace traditional water supplies. Rather, they are meant to provide a resilient, decentralized source of safe drinking water that can complement existing response efforts, particularly when infrastructure has been damaged. When units are available 🙂 , they can be deployed rapidly, operate almost anywhere, and, in the case of off-grid models, function completely independently of existing infrastructure - becoming operational in less than 24 hours. Certain models also integrate renewable energy generation alongside water production, providing both clean drinking water and power on demand—an invaluable capability when electricity and water infrastructure have been compromised. While AWGs are not the complete answer to emergency response, they are a practical, scalable technology that deserves a place in every disaster preparedness and resilience strategy.

27-07-2026

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Companies leading the way

C O M P A N I E S

HuProTec
CH

 

HuProTec is a Swiss solution provider specialized in sustainable water and energy technologies. The company focuses on delivering innovative, customer-oriented systems for atmospheric water generation (AWG), water infrastructure, renewable energy integration, and mobile utility solutions. With a strong international network and project-driven approach, HuProTec combines engineering expertise, sustainability, and practical implementation capabilities for public and private sector clients worldwide.

Key strengths

• Swiss-based innovation and quality standards

• Strong expertise in water-related technologies and AWG systems

• Tailored and customer-specific solution development

• Integration of renewable energy and off-grid applications

• Flexible deployment models including mobile and modular systems

• International business network with focus on sustainable infrastructure

• System-house approach covering consulting, engineering, and implementation

Main Sectors

The company serves municipalities, industrial clients, hospitality projects, off-grid communities, disaster relief operations, and strategic infrastructure developments in emerging and international markets.

AWG Model Sizes

Production Range

80- 5000 litres/day 

 

LARGE SCALE STATION

up to

1,500,000

litres/day

ENERGY SOURCE

KPP, Solar/Battery, GenSet, Grid, Hybrid

 

WATER QUALITY STANDARD

Who standards Municipal/Industrial

 

B2C OPTIONS

No

CERTIFICATIONS

National labs in Switzerland and Indonesia

 

Patents

None

 


GENAQ Technologies
ES

 

GENAQ Technologies is a Spanish manufacturer that has been producing atmospheric water generators since 2008, now on its fourth product generation. Part of the Keyter Group — an industrial group with more than 30 years in HVAC and refrigeration — GENAQ makes drinking water by condensing humidity from ambient air using a thermodynamic refrigeration cycle with advanced electronic control and IoT monitoring. Units are designed and built in-house, operate on grid power, solar, wind or diesel, and produce mineralised drinking water through a triple filtration and treatment system, even in arid or polluted environments.

GENAQ Technologies

Key strengths

• Proven and deployed. GENAQ reports units operating in more than 60 countries, including US Army bases, a solar-powered school supply in Fiji, projects in Djibouti, Morocco and Malaysia, and water generation at the Qatar World Cup.

• Independently certified. Production capacity is certified by TÜV Rheinland across different temperature and humidity conditions, and water quality is tested and certified by ENAC, Spain's national accreditation body.

• Industrial parentage. In-house design and manufacturing through the Keyter Group's 30+ years of refrigeration engineering.

• Full range. Solutions from a domestic dispenser through to large-scale bottling plants, including a French project designed to bottle up to 50,000 litres/day.

• Wide operating envelope. GENAQ states its generators work in arid climates above 50°C and below 20% relative humidity.

Business model

GENAQ designs, manufactures and sells its own generators outright, with customisation for specific needs and large-scale custom plants. It serves commercial and residential customers (Stratus dispensers), industrial sites (Nimbus), emergency, humanitarian and defence users (Cumulus), and large-scale water supply or bottling (AWGplant), supported by an international partner and distribution network.

Product range

Model Range Use case Output Energy
Stratus S50 Commercial Homes, offices, hotels 52 L/day 0.39 kWh/L
Stratus S200 Commercial Homes, offices, hotels 202 L/day 0.19 kWh/L
Nimbus N500 Industrial Remote sites, industry 506 L/day 0.24 kWh/L
Nimbus N4500 Industrial Remote sites, industry 4,445 L/day 0.22 kWh/L
Cumulus C50 Emergency Camps, disaster relief 52 L/day 0.42 kWh/L
Cumulus C500 Emergency Camps, disaster relief 502 L/day 0.26 kWh/L
Cumulus C5000 Emergency Camps, disaster relief 5,091 L/day 0.26 kWh/L
AWGplant Large scale Bottling, water supply Custom Custom

Production Range

52- 5091 litres/day 

 

LARGE SCALE STATION

Custom made

ENERGY SOURCE

KPP, Solar/Battery, GenSet, Grid, Hybrid

 

WATER QUALITY STANDARD

Who standards Municipal/Industrial

 

B2C OPTIONS

No

CERTIFICATIONS

National labs in Switzerland and Indonesia

 

Patents

None

 


Beyond Water
GB

 

BeyondWater is a UK-based company and exclusive partner of Maithri Aquatech, operating 300+ deployed projects across the globe and having produced over 100 million litres of water to date. Their patented bespoke mineral dosing technology — developed with ex-NASA scientists — sets them apart, allowing water quality to be customised for specific populations, from pregnant women to livestock to crops.

Beyond Water

Key strengths

BeyondWater's patented mineral dosing technology is unique in the market — water mineral content can be customised per deployment for people, plants or animals. Their energy efficiency of 0.25 kWh/L is claimed to be 77% below the market average. With 300+ live projects including Indian Railways, Amazon's largest campus, USAID programmes and wildlife conservation in Kenya, they have one of the strongest real-world track records of any AWG company globally. Certified ISO 9001, CE and approved by Indian Railways and FSSAI.

Sector focus:  Municipal, Agriculture, Conservation/Wildlife, Industrial (oil rigs, power plants, manufacturing), Railways, Retail/Corporate (Amazon), Military/Defence, Healthcare, Rural communities, Bottling plants.

PRODUCTION RANGE

40 l - 1M+ l/day

Per unit or network

LARGE-SCALE STATION

1 000 000 L/day

Networked machines

ENERGY REQUIREMENT/L

0.25 KWH/L

77% below market ave.

ENERGY SOURCE

Solar/Wind/Grid

Bio fuels also supported

MIN HUMIDITY THRESHOLD

RH 25%

Auto shut-off below 25%

EXTERNAL OPERATING TEMP RANGE

15° C - 45°C

Rated @29°C/RH 80%

WATER QUALITY STANDARD

Not published

Agri, urban, remote, industrial

B2C AVAILABLE

Yes

Form 40 l/day units

 

 

 


SkyH20
US

 

SkyH2O is a US company with German engineering roots, specialising in industrial-grade AWG systems and turnkey water projects for commercial, industrial and government clients. Built around their flagship Maximus 4260™ unit, they operate as an Independent Water Provider, deploying scalable projects in water-stressed communities across the US and beyond.

SkyH20

Key strengths

SkyH2O's Maximus 4260™ is a modular, mobile, turnkey system with a 25+ year design life — units can be deployed individually or stacked into large-scale projects starting at 50,000 L/day with no upper limit. Their distributed water generation model ("Water 4.0") is designed to integrate directly with existing reservoir infrastructure, making adoption faster and cheaper than building new supply systems. They have live deployments in the US, including a station in Dickinson, TX, and are actively pursuing project-based global expansion.

Main sectors: Municipal, Commercial/Industrial, Government, Disaster relief, Hospitals. Project-based model targeting water districts and large facilities.

PRODUCTION RANGE

10 500 l/day

Per Maximus 4260 unit

LARGE SCALE STATION VOLUME

50 000 L /day

Unlimted expansion potential

MAIN ENERGY SOURCE

Grid and solar

WATER QUALITY STANDARD

Not published

Disaster relief and hospitals

B2C AVAILABLE

No

B2b/Government only

 


AirJoule Technologies
US

 

AirJoule Technologies is a US climate-technology company turning the atmosphere into a continuous water resource. Its platform uses metal-organic frameworks (MOFs) — the material class recognised by the 2025 Nobel Prize in Chemistry — to capture water vapour from ambient air and produce pure, PFAS-free distilled water. A dual-chamber design keeps production continuous: one chamber captures moisture while the other releases it. AirJoule is scaling toward commercial deployment through partnerships with BASF, GE Vernova and Carrier Global Corporation, and its technology has been recognised by the US Department of Energy.

AirJoule Technologies

Key strengths

The defining feature is energy efficiency. Rather than relying on external power, the system recycles the heat of its own capture cycle — an approach the company describes as close to thermally neutral. The US Department of Energy has stated the technology uses up to 75% less electricity than conventional dehumidification and the lowest energy per litre of any competing technology developed to date.

In pilot tests, AirJoule reports energy savings of more than 10x versus alternative atmospheric water harvesting systems in arid conditions. The platform is refrigerant-free, works in both humid and dry climates, and produces dehumidified dry air as a useful by-product for cooling and HVAC systems.

How it works commercially

AirJoule sells integrated water-generation units, designed for industrial and commercial users — data centres, advanced manufacturing, agriculture and moisture control — where available waste heat keeps running costs low. The company has set out a longer-term ambition to reach consumers as well, though its current products are industrial in scale.

Flagship models

AirJoule Core — up to 250 litres/day of distilled water; holds indoor humidity as low as 30% RH; semi-automated.

AirJoule Prime — up to 2,000 litres/day; optimised for waste-heat systems; semi-automated.

PRODUCTION RANGE

250-2000 Liters/day

 

LARGE SCALE STATION VOLUME

Not disclosed

MAIN ENERGY SOURCE  

Own recycled heat

WATER QUALITY STANDARDS  

PFAS- free, distilled. FDA bottled water standards

 

B2C OPTIONS

No

 

CERTIFICATIONS

None stated

 

PATENTED TECH

Yes

 

COMMERCIAL STATUS

Pre-revenue

 

 


EAWD
US

 

Energy and Water Development Corp. (EAWD) is a U.S.-registered green-technology engineering company focused on decentralized, self-sufficient water and energy infrastructure.

 

Its Aqua Infinita platform integrates Atmospheric Water Generation, Solar PV, Battery Energy Storage Systems, and an AI-enabled Energy Management System into one resilient behind-the-meter solution. The platform is designed to produce high-quality potable water while reducing dependence on groundwater extraction, municipal pipelines, desalination, long-distance water trucking, and unstable energy grids.

 

Aqua Infinita can be configured as an off-grid, hybrid, or grid-supported system, depending on site conditions and client requirements. In addition to water production, the solar and storage components can support surrounding facilities, critical loads, EV charging, or broader infrastructure needs.

 

EAWD offers flexible commercial models, including Water-as-a-Service, Energy-as-a-Service, and integrated platform-fee structures. Under these models, EAWD or its financing partners may finance, own, operate, and maintain the infrastructure, allowing qualified clients to access resilient water and energy systems with reduced or zero upfront CAPEX.

Key strengths

• Integrated Water + Energy infrastructure platform

• AWG + Solar PV + BESS + AI-enabled EMS

• Off-grid, hybrid, or behind-the-meter configurations

• Service-based commercial models available

• Designed for municipalities, industrial users, hospitality, remote communities, hospitals, emergency response, islands, data centers, and critical infrastructure

• Modular and scalable deployment according to water demand, humidity profile, energy availability, and site conditions

• Remote monitoring, preventive maintenance, and performance optimization.

• Positioned as a decentralized infrastructure solution, not only an AWG equipment provider

Business model

Water-as-a-Service, Energy-as-a-Service, or integrated Aqua Infinita platform fee, subject to project qualification, financing structure, and technical validation.

Flagship models

• Production range: Modular systems from project-specific smaller units to large-scale multi-unit deployments.

• Large-scale capacity: Scalable through modular configuration; final capacity subject to site conditions, humidity, energy design, and project requirements.

PRODUCTION RANGE

5000 - 400,000 L/day

 

LARGE-SCALE STATION VOLUME

Unlimited volume

MAIN ENERGY SOURCE

Solar(100% off-grid) or hybrid

 

WATER QUALITY STANDARD

WHO-aligned potable water standards

 

B2C OPTIONS

No

 

CERTIFICATIONS

UN-approved vendor

Patented technology

Yes

 


Akvo Pod
IN

Akvo Atmospheric Water Systems Pvt. Ltd. is an India-registered clean-technology company, founded in 2016 in Kolkata and one of India's largest and first indigenous manufacturers of atmospheric water generators (AWG). Akvo designs and builds a full range of AWG systems that produce purified, mineral-rich drinking water directly from air humidity — no groundwater, no pipelines, no plastic. By simulating the dew point, Akvo replicates nature's own process of condensation to generate water continuously, then purifies it through a multi-layer filtration train free of chemicals, microplastics and contamination.

Akvo systems are plug-and-play, IoT-enabled for remote monitoring, and built for a 10–15 year operating life. They are designed for warm, humid climates and run on grid, generator or — in the solar-powered Helios line — fully off-grid. From homes and offices to municipalities, communities, industry and emergency response, Akvo's mission is to put water independence directly in the hands of those who need it.

Akvo Pod

Key strengths

• Water from air with no external source — condensation plus multi-layer purification for mineral-rich drinking water

• Broad, proven product range from residential dispensers to industrial and solar off-grid units

• IoT-enabled remote monitoring of production and performance

• Antimicrobial multi-stage air filtration; hot, cold and ambient dispensing

• Low operating cost and low power draw per litre

• Strong real-world track record — 200+ machines deployed across India and the Gulf, including 44+ units at the Qatar FIFA World Cup 2022 stadium, SEWA (Sharjah), DP World Dubai, NTPC, Indian Oil (Haldia) and Greater Chennai Corporation

• Aligns with SDG and ESG goals through zero groundwater extraction and reduced plastic dependence

Business model

Outright purchase, or Water on Want (WOW) pay-as-you-use — clients own no hardware and pay only for the water they consume, like a utility bill, with all maintenance, filter changes and servicing included.

Flagship models

• Akvo Water Block Mini (55K) — up to 150 L/day; workspaces, retail, clinics, hospitality; dispenser included

• Akvo Water Block — up to 500 L/day per unit; modular and stackable for community, campus and industrial demand

• Akvo Helios — fully solar-powered AWG for true off-grid deployment

• Capacity line — 36K (100 L/day), 55K (150 L/day), 110K (300 L/day), 180K (500 L/day), 365K (1,000 L/day), plus custom builds

PRODUCTION RANGE

50 - 1000 L/day

 

LARGE-SCALE STATION VOLUME

50-100 000 L/day

MAIN ENERGY SOURCE

Grid or generator; solar (100% off-grid) on Helios

 

WATER QUALITY STANDARD

Multi-layer purified, mineral-rich drinking water

 

B2C OPTIONS

yes

 

CERTIFICATIONS

PATENTED TECH

COMMERCIAL STATUS

Post Revenue

 


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