Hydrogen · pilot stage

Hydrogen + Hydrogen Peroxide

EIREX uses hydrodynamic cavitation to co-produce hydrogen and hydrogen peroxide directly from water. It is a mechanical, non-electrolytic route, built to run on-site and on-demand, and it draws on more than 23 years of cavitation research across four prototypes.

Two products, one feedstock

Most hydrogen routes make one product. Ours makes two.

Every unit of hydrogen comes with a large stream of hydrogen peroxide, a valuable industrial chemical used in electronics, water treatment, pulp and paper, and chemical synthesis. That co-product is central to the economics and to the fit with industry.

The reaction2 H₂O → H₂ + H₂O₂
1 kghydrogen
~17 kghydrogen peroxide
Ratio fixed by stoichiometry.
How it works

Known chemistry. Our reactor.

Collapse

Intense cavitation collapse creates the local conditions that break water's molecular bonds.

Separate

A proprietary reactor geometry and an electric field separate the two products.

Proven science

The underlying chemistry is documented in peer-reviewed sonochemistry literature. Our contribution is the reactor, refined over 23 years.

Advantages

Built to sit where the chemicals are used.

Dual product

Hydrogen and hydrogen peroxide from a single unit.

On-site, on-demand

Produced where it is used, with minimal storage and no distribution network.

Modular, scalable

Designs from 50 to 5,000 kg/hr.

Water-flexible

Runs on water of varying quality, including seawater.

No rare materials

A standard balance of plant.

Where we are

We'd rather share measured data than estimates.

The hydrogen and peroxide unit is at pilot stage. We are building and instrumenting it to measure yield, energy balance, and peroxide purity with third-party validation.

Follow the build →
Pilot will measure
Hydrogen yieldkg/h
Peroxide yield and puritykg/h · %
Full energy balancekWh/kg

Use hydrogen peroxide on site?

We're selecting pilot partners. Get the technical brief.

Partner with us