FAQs
An AWG is an advanced technology that extracts water from ambient air using condensation and filtration processes, producing clean and potable drinking water without relying on traditional water sources. AWG is a sustainable source of drinking water usually applied as an Hybrid model to REDUCE dependence on ground water. Very similar to energy produced through solar.
AWGs use a refrigeration-based or desiccant-based system to cool air, condense moisture, and purify it through multi-stage filtration, including UV sterilization and mineralization, to ensure safe drinking water.
AWGs provide a sustainable and independent water source, reduce reliance on groundwater and municipal supply, minimize plastic waste from bottled water, and operate efficiently with renewable energy integration.
Yes, AWGS produce high-quality drinking water that meets WHO and BIS standards. The water undergoes multiple filtration stages, including carbon, RO, UV, and mineralization, ensuring purity and optimal taste. The Water quality test is usually performed after every installation.
Production capacity varies based on model and environmental conditions, ranging from small units (50 liters/day) for homes to large industrial AWGs (up to 10,000+ liters/day).
Yes, AWGs perform best in humid conditions (above 30% RH). However, advanced AWG models are optimized for varying climates and can generate water efficiently even in moderate humidity.
Yes, AWGs can be integrated with solar panels or hybrid renewable energy sources to enhance sustainability and off-grid operation.
Power consumption depends on capacity and humidity levels. Domestic units may require 0.5-0.7 Kwh, while industrial units range from 1.4-5.5 Kwh. Renewable energy can significantly reduce operational costs.
AWGs eliminate groundwater depletion, reduce plastic waste, lower carbon footprint from bottled water logistics, and promote decentralized water access in remote areas.
Regular filter replacements, periodic cleaning, and proper ventilation ensure optimal performance. Most units have self-cleaning features and automated maintenance alerts.
Yes, AWGs support industrial use for clean process water and sustainable water solutions in agriculture, reducing groundwater dependency for irrigation and livestock.
AWGs provide long-term savings by eliminating bottled water expenses and reducing borewell Installation and maintenance costs, making them a viable and economical alternative.
AWGs can be deployed in homes, offices, remote areas, military bases, disaster relief zones, hotels, and industries where clean water access is essential.
Unlike RO or desalination, AWGs do not require an existing water source, have zero water rejection, and operate efficiently without harming the environment.
Yes, AWGs provide an immediate, mobile, and self-sustaining water solution during natural disasters, humanitarian crises, and remote deployments.
