Maximus™ 4260
Water management
Provides sustainable, decentralized access to clean drinking water by extracting moisture from the air, addressing water scarcity and reducing dependence on traditional water sources.
Contact

SkyH2O
Who is this solution for
Info
Available
Looking
Project Status
Looking to expand internationally
Doing business in
Awards and certifications
CEO Today Global Awards
Awarded to Alexander von Welczeck for Leadership Excellence in Utilities Infrastructure.
Earth05 Co-Creation Prize
Co-winner with Wayout for addressing water scarcity and toxicity challenges.
Top Innovator of the Year 2023
Recognized for pioneering advancements in atmospheric water generation technology.
Product description
The Maximus™ 4260 is SkyH2O's flagship Atmospheric Water Generation system, engineered to produce approximately 10,500 liters (2,775 gallons) of potable water daily by extracting humidity from the air. Designed for industrial, commercial, and governmental applications, this system offers a decentralized solution to water scarcity, especially in regions lacking reliable water infrastructure. The Maximus™ 4260 operates efficiently across various atmospheric conditions, utilizing advanced cooling technologies and IoT-based monitoring for optimal performance. Its deployment reduces reliance on traditional water sources, mitigates the environmental impact associated with water transportation, and provides a resilient water supply during emergencies. The system's scalability allows for integration into larger SkyH2O Station™ facilities, further enhancing its capacity to serve communities and industries.
Key characteristics and environmental benefits
Key Characteristics:
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Produces ~10,500 liters of potable water daily.
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Operates efficiently in diverse atmospheric conditions.
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Incorporates advanced cooling and IoT monitoring technologies.
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Scalable for integration into larger water production facilities.
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Designed for industrial, commercial, and governmental use.businessconnectworld.com
Environmental Benefits:
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Reduces dependence on traditional freshwater sources.
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Minimizes carbon footprint by eliminating water transportation.
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Provides a sustainable solution to water scarcity.
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Operates without depleting existing water ecosystems.
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Supports decentralized water infrastructure development.
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