Revolutionary Microwave-Induced Plasma Torch technology for on-demand hydrogen production from water
Demineralized water is atomized and injected into the plasma chamber at controlled flow rates
2.45 GHz microwaves create an ionized plasma torch with temperatures exceeding 5000°C
Extreme heat instantly breaks H₂O bonds, separating hydrogen and oxygen atoms
Separated gases are cooled, purified, and collected for immediate use or storage
Sub-millisecond reaction times enable continuous, high-throughput hydrogen production
No hydrogen storage required - produces fuel on-demand, eliminating explosion risks
Only produces hydrogen and oxygen - no harmful byproducts or greenhouse gases
99.9% conversion efficiency surpasses traditional electrolysis methods
Modular architecture suitable for applications from vehicles to industrial plants
Uses ordinary water - no rare materials or complex chemical processes required
MIPT technology builds upon decades of plasma physics research and proven microwave heating principles
Plasma-based water splitting has been extensively studied since the 1970s. Early work by researchers at MIT and Stanford demonstrated the feasibility of using electromagnetic fields to dissociate water molecules at temperatures above 3000°C.
Recent advances in microwave technology and plasma containment have enabled the development of compact, efficient systems capable of achieving the extreme temperatures required for instantaneous water dissociation.
The MIPT system approaches theoretical maximum efficiency by minimizing energy losses through rapid heating and precise temperature control. This results in near-complete conversion of input electrical energy to chemical potential energy in hydrogen bonds.