Beyond Water’s industrial-scale Atmospheric Water Generation (AWG) system is designed for commercial and industrial use, offering a sustainable solution to address water scarcity and reduce reliance on traditional water supply models. The system captures moisture from ambient air, condenses it, filters, and remineralizes it to deliver potable water without drawing from rivers or aquifers.

The system comprises an air intake filter, cooling chamber, condensation and multi-stage filtration, UV sterilization, and mineral dosing to ensure water quality beyond WHO standards. Its modular architecture allows deployment in diverse settings such as industrial campuses, bottling plants, and remote installations. Additionally, the system is IoT-enabled for remote monitoring and performance tracking.

Operating off renewable power sources like solar, wind, and biofuel, the AWG system is independent of pipeline infrastructure, offering a flexible and sustainable alternative to traditional water supply models. Positioned as a carbon-negative, plastic-free solution, it supports water-scarce geographies, helps companies meet ESG goals, and reduces reliance on conventional supply chains.

Key Characteristics

• Modular systems ranging from small units to industrial-scale facilities (up to 1+ million litres/day under suitable conditions)

• Multi-stage filtration, UV sterilisation, and mineral dosing to meet drinking-water standards

• IoT-enabled monitoring for real-time performance tracking and remote diagnostics

• Can operate on renewable energy sources (solar, wind, biofuel) for off-grid or low-carbon applications

• Deployed in 300+ projects globally across hospitality, industrial, commercial, and remote settings

• Developed through an exclusive technology partnership with Maithri Aquatech

• Designed to eliminate reliance on pipelines, groundwater extraction, and plastic bottled water supply chains

Environmental Benefits

• Reduces pressure on overstressed freshwater sources such as groundwater and surface water

• Provides a decentralised, local water source in regions facing scarcity or infrastructure limitations

• Supports reduction in single-use plastic bottles when used as an alternative to bottled water supply

• Enables clean water access without the ecological impact of drilling, pumping, or diverting waterways

• Renewable-powered operation can significantly lower carbon footprint compared with conventional water delivery

• Minimises transport-related emissions by generating water onsite

• Helps businesses and communities improve water resilience and reduce environmental vulnerability

• Supports long-term sustainable water management, especially in climate-affected or remote regions