01 / 08
Exterior
A compact engineered pod. The enclosure houses treatment, recovery, cartridges and control in one serviceable unit — designed as water infrastructure rather than an appliance.
AEGIS NEXA
Advanced water purification and recovery infrastructure.
Envelope≈1500×600×650
CartridgesTwo
TreatmentElectrochemical
ControlJARVIS
AEGIS NEXA is designed around efficient physical and electrochemical water treatment. It combines advanced filtration, electrochemical treatment, recovery, intelligent control and a cartridge-based architecture in an energy-conscious engineered system. Scroll to take it apart.
AEGIS NEXA · Cutaway sequence
02 / 08
Internal layers
Panels separate to reveal the internal architecture: pre-filtration, a pressure-lock / refill vessel, the treatment stack, two cartridges, the control module and the air system.
03 / 08
Water enters
Source water enters through the inlet and is conditioned in the pre-filtration stage before reaching the pressure-lock / refill architecture.
04 / 08
Treatment stages
Water moves through the advanced electrochemical / composite treatment stack — the stage where the AENXIC science meets engineered hardware.
05 / 08
Recovery
A recovery pathway returns a stream for further treatment rather than discarding it. Recovery is approximately 90–94%.
06 / 08
Clean-water output
Treated water passes through the cartridge stage to a dedicated outlet. Throughput is up to 48,000 litres per day.
07 / 08
Cartridge architecture
Two cartridges lift out for service. The bundle concept includes two cartridges per year, keeping maintenance predictable.
08 / 08
JARVIS control layer
The control module connects to every stage. JARVIS integration is intended to bring monitoring, control and engineering intelligence to the system.
01 System concept
Design characteristics, explained as engineering — not adjectives.
No conventional high-pressure pump dependency
The core concept is designed to avoid depending on a conventional high-pressure pump.
Pressure-lock / refill architecture
A sealed vessel stage that locks and refills in cycles, managing pressure within the system.
Air harvesting / air replenishment
An air subsystem that replenishes the air volume the architecture relies on.
Solar-assisted air replenishment
Exploring solar assistance for the air-replenishment cycle.
Two-cartridge architecture
Two serviceable cartridges carry the treatment media; the bundle concept includes two per year.
Advanced electrochemical / composite treatment
Treatment built on electrochemical processes and composite materials — the AENXIC foundation.
02 Technical data
Every number, with its status.
Key AEGIS NEXA figures at a glance.
up to 48,000L/day
Throughput
≈0.00006kWh/L
Energy consumption
≈90–94%
Water recovery
≈97–98%
Efficiency
| Parameter | Figure |
|---|---|
| Throughput | Up to 48,000 L/day |
| Energy consumption | ≈ 0.00006 kWh/L |
| Water recovery | ≈ 90–94% |
| Efficiency | ≈ 97–98% |
| Pod envelope | ≈ 1500 × 600 × 650 mm |
03 Economics
One bundle. The whole system.
₹10lakh
AEGIS NEXA system bundle
- 01Machine / systemThe AEGIS NEXA pod
- 02InstallationCommissioning on site
- 03Two cartridges / yearTreatment media service
- 04JARVIS integrationControl & intelligence layer
Illustrative arithmetic
Assumes throughput of 48,000 L/day and energy of ≈0.00006 kWh/L. Utilisation and tariff are your inputs.
- Water / day
- 28,800 L
- Water / year
- 1,05,12,000 L
- Energy / day
- 1.73 kWh
- Energy cost / day
- ₹13.82
- Bundle ÷ first-year litres
- ₹0.095 / L
04 System relationships
AEGIS NEXA is where the science and the intelligence become a machine.
→ Contact Zaftrus
Discuss AEGIS NEXA with Zaftrus.
For deployment conversations, pilots, research collaboration or technical questions about AEGIS NEXA, reach the team directly.