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Fremont, CA: Oxydus, a patented water solutions innovator, has launched a crowdfunding campaign on Wefunder.com. The company's one-of-a-kind solution aims to overcome the contamination issue in atmospheric water generators (AWG).
Oxydus is driven to address this humanitarian and environmental issue. Therefore, they are requesting investors to help offer consistent, scalable, and safe drinking water at any location after securing the patents needed to cover their technology and Teva7 equipment.
How AI Helps Oxydus Solve AWG Water Contamination
Oxydus intends to use a three-pronged strategy to solve these issues. Their patented system uses artificial intelligence (AI) to track weather patterns and atmospheric variables. This innovation will remotely automate the procedure, eliminating the need for in-person climate control personnel.
For water purity, they will use a multi-stage filtration system. The air is the first step in the process. Before it reaches condensation, an AI vacuum collects humidity through numerous filters. In humid and arid conditions, sensors in the vacuum connect with cloud management control to optimize condensation temperature for throughput.
The machine wouldn't be able to create water in dry locations without cloud communication, making the Teva7 an artificial oasis for the desert. However, it also makes the machine a disruptor in the industry because it may boost water output when conditions are perfect. Other machines are only capable of operating in a single climate. After condensation, the machine filters the water vapor, adding minerals and UV light exposure. The ultimate result is drinking water with a pleasant flavor.
Finally, Oxydus will use solar-powered nano batteries to power their Teva7 devices. This invention will make the product one-of-a-kind sustainability, as it will only require minimal upkeep. This idea would help any community, regardless of geography or energy constraints.
Teva7's Air-to-Water Process Has Several Advantages
According to the firm, a single Teva7 machine can create 20,000 liters of clean, fresh drinking water every day. But, perhaps more crucially, it can do so for $0.02 per liter. Because the most significant barrier to AWG adoption is cost, this price point can go a long way toward ensuring that everyone has access to clean water.
In addition, the team created a solution that is adaptable to a wide range of locations and simple to maintain. Standard off-the-shelf components and a modular boxed-based design were used to create this feature. It's available in three sizes and runs quietly.
