Engineering
Water From Air
Introducing the Ahbstra ARK
We believed the world should not have to wait for climate solutions that are already within reach. The breakthrough chemistry to address water scarcity existed. The resolve and engineering to deploy it did not — until now.

Following seven years of development, Ahbstra has launched the ARK, the first commercially available atmospheric water harvesting system using MOF technology that can generate up to 500 litres of water per day, delivering independent access to clean drinking water.
As seen in:

Ahbstra ARK:
Water From Air, Anywhere

The Ahbstra ARK generates 500 litres a day of pure drinking water from air by utilising advanced Metal-Organic Framework nanoscience. Built for off-grid homes and developments that need reliable water security, even in desert dry air.

Discover the ARK

Water Security for a Changing World

As water scarcity accelerates, true freedom lies in self-reliance.

Born from necessity, Ahbstra has created a new generation of atmospheric water harvesters that provide clean, reliable water directly from air — freeing homes and developments from dependence on fragile networks, trucked supply, or plastic waste.  

Across Southern Europe and beyond, water shortages are halting construction, devaluing properties, and leaving communities vulnerable. Ahbstra offers lasting assurance, giving you complete control over life’s most vital resource.

Explore Water Security

Breakthrough Water Harvesting Technology Harnessing MOF

At the heart of every Ahbstra system lies our patented Suspended MOF Particle Reactor, a breakthrough in atmospheric water generation technology.

Millions of ultra-porous Metal-Organic Framework (MOF) granules are suspended in an air stream, capturing and releasing moisture with exceptional efficiency and speed, even in the driest regions.

Learn More About The Technology

Engineered to Thrive Where Water is Scarce

Unlike dewpoint atmospheric water generators, Ahbstra’s ARK continues to produce water even when humidity drops as low as 10%.

This represents a stepchange in atmospheric water generations, delivering dependable water security where it’s needed most.

More On The ARK's Performance

Subscribe to our newsletter
Thank you for subscribing... we'll be in touch soon!
Oops! Something went wrong while submitting the form.