AWG - Atmospheric Water Generation

Atmospheric Water Generation (AWG) is a technology that extracts water from the humidity in the air, enabling the production of potable water from atmospheric water vapor.
This process involves cooling the air to condense water, which is then purified and stored for safe use.

Facts & information about AWG as a technology

Atmospheric water generation (AWG) extracts drinking water directly from the moisture of the air. An innovative and sustainable technology that reduces dependence on traditional water sources.

1

Why do we need AVG?

AVG (atmospheric water generation) is a complement where traditional water sources are limited. Climate change, population growth and increased water consumption are squeezing traditional sources of drinking water.

2

Is AVG a replacement?

AVG does not directly replace other water sources, but can act as a complement in areas where traditional water sources are limited. '

3

Does AVG have any impact on the environment?

AVG has minimal environmental impact compared to other methods, as it uses humidity to produce water and can be powered by renewable energy.

4

Is AVG water safe to drink?

The water produced by the AVG process is free of impurities and safe to drink. The units use advanced filtration and disinfection methods, ensuring drinking water of the highest quality.

1

Why do we need AWG?

AWG (Atmospheric Water Generation) serves as a vital supplement where traditional water sources are limited. Climate change, population growth, and increased water consumption place significant strain on conventional potable water supplies.

2

What does AWG replace ?

AWG does not directly replace other water sources, but can serve as a complementary solution in areas where traditional water sources are limited.

3

Does AWG impact the environment?

AWG has minimal environmental impact compared to other methods and produces no harmful byproducts, as it uses atmospheric humidity to generate water. AWG systems can be powered by renewable energy.

4

Is AWG water safe to drink?

The water produced through the AWG process is free from contaminants and safe for consumption. Each unit utilizes advanced filtration and disinfection technologies, ensuring potable water of the highest quality that meets all Swedish Food Agency drinking water regulations.

Benefits of AWG — Why you should use it

AWG provides climate independent, energy efficient potable water directly from atmospheric humidity. No infrastructure required !
Ideal during droughts, emergencies, or for off-grid environments.

A sustainable solution offering high quality and exceptional flexibility.

1

Independent of climate variability

Atmospheric Water Generators provide a stable water source regardless of weather conditions, reducing the risk of water shortages during droughts, contamination, or crises—unlike traditional water sources.

2

Energy efficient

AWG systems are highly energy efficient, making them a more sustainable alternative compared to desalination or bottled water solutions.

3

Cost effective

By minimizing the need for infrastructure investments, AWG offers a decentralized and cost-effective solution for potable water production.

4

Adaptable & Scalable

AWG systems can be tailored to meet specific water demand requirements, making them adaptable and scalable for various applications.

5

Reduced water loss and waste

Traditional water systems are often impacted by water loss due to leaks or evaporation, whereas AWG (Atmospheric Water Generation) systems produce water on-site, minimizing waste and maximizing efficiency.

6

Resilience to natural disasters

AWG technology plays a critical role in crisis situations and humanitarian relief operations, as these systems can always provide a reliable source of water, even during emergencies or infrastructure failures.

7

Global water security

AWG contributes to global water security by offering a diversified and sustainable source of water supply, reducing vulnerability and ensuring a stable, long-term solution for communities worldwide.

1

Independence from climate variability

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2

Energy-efficient

AVG systems are energy efficient, making them a more sustainable option compared to desalination or bottled water.

3

Cost-effective

By reducing the need for infrastructure investment, AVG offers a decentralized and cost-effective solution for drinking water production.

4

Customization and scalability

AVG systems can be customized to meet specific water requirements, making them adaptable for multiple areas.

5

Reduced water loss and waste

Traditional systems can be affected by water losses due to leakage or evaporation, while AVG systems generate water on site.

6

Why do we need AVG?

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7

Why do we need AVG?

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Benefits of AVG — Why You Should Use It

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! 1

Independence from climate variability

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! 2

Energy-efficient

AVG systems are energy efficient, making them a more sustainable option compared to desalination or bottled water.

! 3

Cost-effective

By reducing the need for infrastructure investment, AVG offers a decentralized and cost-effective solution for drinking water production.

! 4

Customization and scalability

AVG systems can be customized to meet specific water requirements, making them adaptable for multiple areas.

! 5

Reduced water loss and waste

Traditional systems can be affected by water losses due to leakage or evaporation, while AVG systems generate water on site.

! 6

Why do we need AVG?

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! 7

Why do we need AVG?

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Areas of operation

Areas of activity

Secure your own supply of potable water with our AWG technology. – A sustainable solution that reduces vulnerability and strengthens future resilience.

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Businesses

Explore the possibilities of Atmospheric Water Generation (AWG) and ensure a secure, sustainable supply of self-produced potable water. Our solutions empower you and your organization to proactively guarantee a continuous supply of clean and safe drinking water.

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Industries

Our atmospheric water generators reduce dependence on external water sources, resulting in a cost-effective and environmentally friendly solution. These devices significantly improve the overall durability and resilience of industrial operations.

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Emergencies

During natural disasters and other emergencies, AWG technology plays a crucial role in securing access to clean drinking water. By ensuring self-sufficiency in rescue operations, AWG solutions strengthen critical infrastructure and enhance community emergency preparedness.

Contact us today!

Book an appointment with one of our experts to find out more.

FAQ

Get answers to the most common questions about AWG and our water extraction technology.

Why is AWG an excellent source of potable water?

Atmospheric Water Generation (AWG) technology transforms moisture in the air into clean, potable water—a sustainable and fully renewable solution, free from microplastics and contaminants. Advanced filtration ensures high water quality at the source, with no need for existing infrastructure.
This makes AWG ideal for both remote and urban environments, offering a smarter and more sustainable approach to water supply.

How much potable water can an AWG unit produce?

The amount of potable water an AWG unit can generate depends on humidity, temperature, and system capacity. Under optimal conditions (high humidity and temperature), our AWG units can produce anywhere from 20 liters per day up to 5 000 liters per day.

Does atmospheric water generation contribute to the UN Sustainable Development Goals (SDG)?

AWG supports the UN Sustainable Development Goals, particularly Goals 6, 12, and 13. Additionally, this technology positively impacts at least seven other goals, including health, innovation, equality, sustainable cities, and responsible consumption by delivering local, safe drinking water without plastic.

How does AWG work?

Atmospheric Water Generation captures humidity from the air and converts it into pure water. This water can be used as drinking water or for any other applications where water access is limited. AWG is especially effective where water supply is uncertain—across commercial and industrial operations, crisis management, and community resilience.

Is AWG environmentally friendly?

Yes, AWG is environmentally friendly. The technology produces clean potable water directly from atmospheric humidity, reduces plastic waste and transportation needs, and can be powered by renewable energy. AWG also directly supports several of the UN Sustainable Development Goals.

Contact us today!

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