Technology
From extracting natural water sources, to filtering existing supplies, to regenerating drinking water from the atmosphere.
PURE by Air is building the infrastructure for the third generation.
01 — The Evolution of Water
For generations, drinking water has depended on extracting or treating existing supplies. Atmospheric water generation introduces another approach: producing drinking water locally from moisture in the air.
Water from the ground.
Traditional bottled and distributed water sourced from springs, aquifers and other natural freshwater reserves.
Water from existing infrastructure.
Advanced filtration systems, including reverse osmosis, treat existing supplies, commonly municipal water.
Water from the atmosphere.
PURE captures atmospheric moisture and transforms it into purified, mineralised drinking water at or near the point of consumption.
The next generation of water is not defined by where water is found, but by where it can be produced.
02 — The Process
PURE transforms atmospheric moisture into ultra-clean drinking water through a controlled process of condensation, purification and mineralisation.
01
Ambient air is drawn into the system through a controlled airflow pathway.
02
Air is cooled below its dew point, allowing atmospheric moisture to condense into liquid water.
03
Collected water passes through a multi-stage treatment process designed to remove impurities.
04
Controlled treatment introduces minerals and optimises the finished water's characteristics.
05
Finished water is ready for storage, dispensing, bottling or integration into a wider distribution system.
03 — The Engineering
PURE integrates atmospheric moisture capture, advanced refrigeration, thermal energy recovery, multi-stage water treatment and intelligent controls into one integrated water-production platform.
The result is a modular approach designed to optimise water production while reducing unnecessary energy consumption.
01
Optimised airflow draws atmospheric moisture into the system.
02
Air is cooled below its dew point, allowing atmospheric moisture to condense into liquid water.
03
Thermal energy is recovered and reused to improve system efficiency.
04
Multi-stage purification prepares collected water for drinking.
05
Controlled mineral treatment optimises the finished water's characteristics.
06
Finished water is ready for storage, dispensing or circular distribution.
Engineering Capabilities
Controlled air movement and intake design to maximise effective moisture capture.
Coordinated cooling and temperature control across changing environmental conditions.
Integrated heat-recovery architecture designed to reduce energy consumption.
Remote monitoring, adaptive operation and data-driven performance management.
04 — Performance
Water production and energy consumption vary with ambient temperature, relative humidity, system configuration and operating conditions. PURE evaluates performance using measurable production and energy data.
Water output, electricity consumption and kWh per litre under specified testing conditions.
Conditions specified per model class
Lower energy consumption versus conventional AWG architecture in our current system development.
Development figure — comparison basis and methodology under confirmation
Energy reduction against the defined conventional AWG benchmark. Advanced heat-pump integration, improved thermal management and further energy-recovery architecture.
Target — development roadmap
05 — Built to scale
From individual atmospheric water generators to fully managed installations and distributed production Hubs, PURE provides modular water infrastructure designed around the needs of each deployment.
The same underlying approach to atmospheric water generation can be deployed across different capacities, applications and operating environments.
Water production at the point of need.
Standalone atmospheric water generators for individual properties, businesses and specialised applications. Designed for straightforward deployment, producing drinking water directly from the surrounding air.
ApplicationsHomes, offices, villas, hospitality suites and smaller commercial settings.
Dedicated production, integrated into your property.
Multiple PURE generators integrated with water treatment, storage and optional bottling systems. PURE can manage the installation, servicing and ongoing operation, allowing customers to benefit from on-site water production without managing the underlying infrastructure themselves.
ApplicationsHotels, resorts, commercial buildings, campuses and larger facilities.
Local production. Wider distribution.
Modular atmospheric water-production facilities integrating multiple generators, treatment, storage, renewable energy and circular bottling and distribution. PURE Hubs are designed to supply multiple customers and communities from one decentralised production location.
ApplicationsHospitality clusters, urban districts, commercial networks and communities.
Conceptual illustrations of PURE deployment configurations. Actual installations, equipment arrangements and capacities vary by project.
PURE's modular infrastructure approach allows water-production capacity to grow alongside customer demand, from individual installations to wider distributed networks.
Explore PURE Solutions06 — Explore Further
Understand the atmospheric conditions and science behind water production.
Explore 02Explore PURE's modular atmospheric water-generation portfolio.
Explore 03Explore how decentralised water production can support communities and reduce reliance on conventional water logistics.
Explore
