Compact AWG unit with integrated UV-C and HEPA H14 filtration, producing up to 20 L of pure drinking water per day while disinfecting surrounding air. Designed for medical, educational, and public environments.
The AiWa 20 provides a fully independent source of clean drinking water by extracting moisture from the air and purifying it through multi-stage filtration, HEPA H14 air cleaning, UV-C disinfection, and antiviral nano-TiO₂ coating. This compact system ensures consistent water quality and improved indoor air conditions, making it highly suitable for environments where hygiene, reliability and sustainability are essential.
The unit produces up to 20 liters of drinking water per day without any plumbing connection. Its HEPA and UV-C technology maintains clean indoor air, while the integrated CO₂ sensor continuously monitors air quality. With low energy consumption, easy maintenance and a mobile, space-efficient design, the AiWa 20 is ideal for homes, offices, clinics, schools and small hospitality spaces.
It helps reduce long-term expenses by eliminating the need for bottled water, lowering plastic waste and combining two devices—water generator and air purifier—into a single energy-efficient solution. The AiWa 20 is designed for users who seek a dependable, sustainable and cost-effective way to secure clean water and healthier indoor air.
Eliminates the need for purchasing bottled water, reducing long-term costs.
A+ energy-efficient design minimizes electricity onsumption.
No plastic waste from single-use bottles, significantly lowering environmental impact.
Minimal maintenance requirements thanks to the self-cleaning nano-coating.
Two essential functions (water generation + air purification) combined into one device.
The AiWa 20 ensures independence from traditional water infrastructure, delivers consistent drinking water quality, improves air quality, and reduces operational expenses. It is a smart, sustainable and economical choice for households, small businesses, educational institutions, and health-focused environments.