Electrochemical H₂O₂ Generation
H2O2 · Pure · Onsite

Hydrogen Peroxide On-Site. On-Demand.

Peroxis delivers industrial-grade hydrogen peroxide through a compact electrochemical device — eliminating transport, storage risk, and chemical supply chains, at a production cost that achieves parity with traditional manufacturing.

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99%
Purity
Low
Feedstock Cost
24/7
Autonomous
PEROXIS EC-GEN SERIES OUTPUT STATUS H₂O₂ CONC. 4.8% w/w FLOW RATE 12.4 L/H SYSTEM NOMINAL ELECTROLYZER STACK CELL 01 +0.82V CELL 02 +0.81V CELL 03 +0.83V CELL 04 +0.80V ··· N CELLS TOTAL FLUID CIRCUIT H₂O IN EC CELL H₂O₂ OUT O₂ BY-PRODUCT INLET OUTLET EC-GEN 1000 SERIES
Proprietary feedstock system Electrochemical synthesis On-site generation Cost-parity production Continuous monitoring Industrial grade H₂O₂ No transport risk Scalable capacity Proprietary feedstock system Electrochemical synthesis On-site generation Cost-parity production Continuous monitoring Industrial grade H₂O₂ No transport risk Scalable capacity
How It Works

The Science
Behind Peroxis

01 / INPUT
Complete PGM-free Design
Peroxis does not use Platinum-Group-Metals in the stack, enabling a sustainable and cost-effective hydrogen peroxide platform without reliance on scarce precious metals.
02 / REACTION
Electrochemical Cell
Proprietary membrane-electrode assemblies drive the oxygen reduction reaction, directly forming H₂O₂ at the cathode with high selectivity.
03 / OUTPUT
H₂O₂ Generated
Continuous, controllable hydrogen peroxide output at the precise concentration and flow rate your process demands — directly at point of use.
04 / ECONOMICS
Cost-Parity Power Input
High electrochemical selectivity and a low-cost feedstock minimize the power draw per kilogram of H₂O₂ produced, bringing on-site generation to cost parity with traditional manufacturing.
PEROXIS EC-GEN 1000 SYSTEM STATUS ■ ONLINE H₂O₂ 4.80% w/w FLOW 12.4 L/H POWER DRAW 1.9 kWh/kg ELECTRODE STACK ··· ELECTRODE CELLS N-STACK BALANCE OF PLANT PUMP SENSOR CTRL CLOUD MONITORING ENABLED WATER IN H₂O₂ OUT
Electrode Stack
H₂O₂ Outlet
Balance of Plant
Our Device

EC-Gen
1000 Series

The Peroxis EC-Gen 1000 is a compact, self-contained electrochemical reactor that produces hydrogen peroxide continuously from water, air, and electricity. Its high-efficiency cell architecture and low-cost feedstock are engineered to bring on-site production to cost parity with traditional manufacturing — designed for industrial environments demanding reliability, precision, and zero-supply-chain risk.

H₂O₂ Concentration 1 – 10% w/w
Flow Rate 5 L/day
Chemical Inputs Water + Air only
Power Input Standard grid / on-site
Production Cost At parity with conventional synthesis
Monitoring Cloud / IoT
Footprint Compact / Rack-mount
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Use Cases

Where Peroxis
Delivers

Water Treatment
Advanced oxidation processes for disinfection, micropollutant removal, and wastewater treatment — without bulk chemical delivery.
Food & Beverage
On-demand aseptic cleaning and sanitation without the logistics of hazardous chemical procurement and storage.
Agriculture
Root zone oxygenation, crop protection, and irrigation water treatment — freshly generated at field or greenhouse scale.
Paper Companies
On-site oxidative bleaching for pulp and paper mills — replacing tanker deliveries of peroxide with continuous, on-demand supply at the point of use.
Industrial Processes
Bleaching, oxidation, and chemical synthesis across textiles, specialty chemicals, and general manufacturing at any scale.
Semiconductor Industry
Ultra-high-purity H₂O₂ for wafer cleaning and CMP processes — generated on-site to meet the contamination control and supply-continuity demands of fab operations.
Our Advantage

Why Choose
Peroxis

01
Eliminate Supply Chain Risk
Traditional H₂O₂ procurement means tankers, permits, storage regulations, and single-supplier dependency. Peroxis removes all of it. Generate exactly what you need, when you need it.
02
Electrochemical Precision
Concentration and flow rate are continuously controlled and monitored. No dilution errors, no degradation from storage. Always fresh, always calibrated to your specification.
03
Engineered Cost Parity
Our proprietary, low-cost feedstock and high-efficiency cell architecture minimize the power draw required per kilogram of H₂O₂ produced — bringing on-site generation to cost parity with traditional production, without the chemical supply chain risk.
04
Compact & Scalable
From laboratory pilot to full industrial scale, Peroxis systems are modular. Stack more units to increase capacity, without redesigning your infrastructure or building new chemical storage.
Get In Touch
Ready to
Generate

Speak with a Peroxis engineer about your application, required output concentrations, and deployment options. We'll configure the right solution for your site.

Email
info@peroxis.com
Headquarters
Stockholm, Sweden