Bry‑Air has launched its Air‑Water Generator (AWG) series, offering a breakthrough solution to the looming global water crisis. The technology extracts moisture from even low‑humidity air, providing decentralized water supply for millions.

  • Bry‑Air's AWG scales from 200 L/hr to 1,600 L/hr per modular system.
  • Units range from 55 L/day to 14 million L/year, serving diverse applications.
  • Deployments in Alwar, Rajasthan demonstrate real‑world impact in water‑stressed regions.

Redefining Atmospheric Water Production

In January 2026, the United Nations University Institute for Water, Environment and Health (UNU‑INWEH) warned of a ‘Global Water Bankruptcy’, with roughly three‑quarters of the world’s population living in water‑insecure zones. Against this backdrop, Bry‑Air introduced its Air Water Generator (AWG) line, which pulls moisture from ambient air and converts it into potable water.

Leveraging more than six decades of adsorption and moisture‑control expertise, Bry‑Air’s AWG operates reliably in low‑humidity, arid, and semi‑arid climates—capabilities unmatched by any competing product.

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Over the past twenty years, adsorption technology has generated 28 new tech families and secured 96 patents. The first AWG patent was filed in 2022; since then, units delivering 55 L/day up to 1,200 L/day have been deployed. The current flagship produces 200 L/hr and can be stacked to achieve 1,600 L/hr (≈14 million L/year) per system.

Why This Matters

BozokMedia analysis shows that decentralized atmospheric water generation can dramatically reduce dependence on over‑stretched pipe networks, especially in rapidly urbanizing regions of South Asia where groundwater depletion is accelerating.

"AWG technology bridges the gap between water scarcity and sustainable supply, offering a resilient solution for climate‑stressed communities," says Dr. Anjali Mehta, Water Resources Specialist.

The AWG portfolio is segmented for commercial (55–200 L/day), semi‑industrial (1,000–2,000 L/day), and industrial‑scale (200–1,600 L/hr) deployments, targeting offices, remote camps, manufacturing plants, data centres, island communities, and high‑value agriculture.

All units feature energy‑efficient rotors built on Bry‑Air’s patented adsorption technology, designed for continuous operation with minimal supervision. As part of its CSR drive, Bry‑Air has already installed several AWGs in Alwar, Rajasthan, delivering locally‑generated water to a water‑stressed population.

Did You Know?: A 200 L/hr AWG can be powered entirely by solar panels, enabling carbon‑free water production in off‑grid locations.

Frequently Asked Questions

Q1: Does the AWG meet drinking‑water quality standards?

A: Yes, all Bry‑Air units produce water that complies with WHO and local health regulations.

Q2: What is the energy consumption of the system?

A: Advanced rotor design yields high efficiency—approximately 5 L of water per kWh, far lower than conventional pumping.