The investigationunderneath every system.
How matter, charge and flow actually behave — studied before they are engineered.
01 Areas
What we investigate
01
Electrochemistry
Charge transport, electrode processes and ion migration in water treatment.
02
Composite materials and membranes
Architectures for selective retention and long cartridge life.
03
Flow, pressure and air systems
Pressure-lock and refill cycles, air replenishment, low-energy operation.
04
Parametric engineering
Representing engineering intent as structured, checkable parameters.
05
Spectral and matrix geometry
Exploratory theoretical work.
02 Open questions
What we do not know yet
- How does cartridge performance change with source-water chemistry over time?
- What is the true energy cost per litre across real operating conditions?
- How should engineering intent be represented so that it can be checked, not just generated?
- Can a finite construction reproduce the spectrum of a continuous space?
03 Standard
We separate claims from evidence.
04 Collaboration
Ways to work with us
| Partner | What we look for |
|---|---|
| Laboratories | Characterisation and independent validation of treatment performance |
| Universities | Joint research, student projects and shared facilities |
| Researchers | Electrochemistry, materials and computational engineering |
| Industry | Pilot sites and real source-water data |
→ Contact Zaftrus
Let's build something that matters.
Research collaborations, technology conversations, AEGIS NEXA and JARVIS inquiries, ecosystem and media — every message is read by the Zaftrus team.