Prototypes
AQUA-PURITAS
AQUA-PURITAS
AQUA-PURITAS
Autonomous, deployable water purification system capable of producing clean drinking water in remote and disaster-affected areas
The Flow Cell: A transparent, high-pressure acrylic housing that allows engineers to visually inspect the Black Carbon Nanotube Membrane during operation.
- Regeneration System: The side-mounted pumps and electro
Autonomous, deployable water purification system capable of producing clean drinking water in remote and disaster-affected areas
The Flow Cell: A transparent, high-pressure acrylic housing that allows engineers to visually inspect the Black Carbon Nanotube Membrane during operation.
- Regeneration System: The side-mounted pumps and electronics interface (with the blue indicator lights) manage the Electrochemical Desorption cycle, shocking the filter to release contaminants.
- Waste Concentration: The smaller, separate tank collects the concentrated "forever chemicals" (PFAS) for safe disposal, demonstrating the system's ability to reduce hazardous waste volume.
Atmos-Clear
AQUA-PURITAS
AQUA-PURITAS
Low-cost, AI-driven sensor network for real-time, hyperlocal monitoring of air quality (Particulates, VOCs) and wildfire detection.
Phase I prototype deployed in a perimeter environment. Key features include:
- The Enclosure: A high-impact, weather-resistant case (similar to the Pelican 1120 mentioned in the BOM).
- Sensors: Dual antennas for th
Low-cost, AI-driven sensor network for real-time, hyperlocal monitoring of air quality (Particulates, VOCs) and wildfire detection.
Phase I prototype deployed in a perimeter environment. Key features include:
- The Enclosure: A high-impact, weather-resistant case (similar to the Pelican 1120 mentioned in the BOM).
- Sensors: Dual antennas for the LTE modem and RF sensing, plus the front-facing mesh intake for the air quality sensors.
- Mounting: Pole-mounted for field deployment at an airfield or forest edge.