Your new all-in-one water management system against water cuts, contamination and plastic bottles,
Whether you’re dealing with water cuts, contaminants like PFAs and microplastics, or just want to get rid of plastic bottles, we you covered.
Our advanced system integrates multiple water sources—including rainwater and groundwater—filters them through a 7-stage purification process, and allows you to customize the mineral content to match your preferred taste profile.
With real-time monitoring and smart technology, Aquora doesn’t just provide water—it provides peace of mind.
Sustainability score depends on the Water Sources
The Sources
Multiple Water Sources
Your Aquora
Specialized Mineralization
Customize your water with specialized mineralization using Aquora's easy-to-install cartridges. Adjust mineral content to match your preferences and health needs, ensuring optimal hydration and great taste. One of our partners, Evian, helps ensure the highest standards of mineral quality and purity.
As water cuts and restrictions become more frequent, ensure your home’s water supply remains uninterrupted and safe. With Aquora, you’re prepared for whatever comes, with clean, reliable water at your fingertips.
Aquora is an integrated system that combines advanced water collection, filtration, storage, and mineralization technologies in one device.
Water Collection and Sources Management:
1. Grid Water The system is designed to use grid water as the primary source, but it can also process, purify, and store water from alternative sources.
2. Harvested Rainwater Given that harvested rainwater is not safe for consumption in its raw state, we’ve built a robust purification process to make it potable.
3. Well/Drilled Water Many households in regions like Asia, Africa, and southern Europe use well water, which often comes with unpredictable contamination and taste. Our system is equipped to purify and optimize this water.
4. Atmospheric Water Generation We’re exploring AWG as an optional feature, especially for areas facing long-lasting water cuts. Although AWG is energy-intensive, we’re working on more efficient methods like advanced ceramics and nanobubble-based options to reduce energy consumption.