The Technology

The

Technology.

At the core of Ahbstra’s technology  is the pioneering use of Metal-Organic Frameworks (MOFs), highly porous materials enabling exceptional water capture. Just one gram of MOF provides over 1,200 square metres of surface area – about four tennis courts – allowing it to absorb water even from dry air.

Ahbstra’s AWGs leverage MOFs’ tuneable chemistry to control absorption precisely, making them effective in low-humidity climates like the Mediterranean and ensuring reliable water access in harsh conditions.

Harnessing the Power of MOFs.

Advanced material in sustainable water generation

Reliable water source in low-humidity environments

Customisable chemistry for dry climate performance

Ultra-porous structure for high absorption

Customisable chemistry for dry climate performance

Reliable water source in low-humidity environments

Advanced material in sustainable water generation

Ahbstra’s machines operate continuously with minimal energy, combining MOF technology with a patented fluidised bed system that circulates ambient air to maximise water capture.
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Unlike high-energy AWGs, Ahbstra units use ambient air cooling and energy-efficient heating, compatible with renewable sources like solar or geothermal. This approach lowers operating costs and reliably produces water with a fraction of the usual energy demand.

Fluidised bed design and energy efficiency

Low operating costs for sustainable use

Compatible with renewable energy sources

Heat Pump System – high efficiency, low environmental impact

Seamless, round-the-clock operation powered by fluidized bed design

Heat Pump System – high efficiency, low environmental impact

Compatible with renewable energy sources

Low operating costs for sustainable use

We’ve safeguarded our innovation in key markets, securing patents in regions with severe water stress.

Intellectual Property Protection.

To bring this technology to life, Ahbstra partnered with Cambridge Consultants, renowned for pioneering innovations across industries, from smart metering to award-winning medical devices.

Their expertise in mechanics, fluid dynamics, and thermofluidics was key to transforming Ahbstra’s concept into a 500-litre-per-day machine that performs reliably even in desert conditions. This collaboration has set a new benchmark in water independence, blending advanced performance with dependable design.

Built by a world-class team of scientific innovators

Collaborative engineering to achieve breakthrough performance

Reliable water production in extreme climates

Transformed concept into a 500-litre/day AWG

Expertise in mechanics, fluid dynamics, and thermofluidics

Transformed concept into a 500-litre/day AWG

Reliable water production in extreme climates

Collaborative engineering to achieve breakthrough performance

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Backed by Science.