Low-Carbon Syngas at Scale

Meet the World‘s Largest e-SMR.
Introducing SY-ZEHN.

Maximum Output. Minimum Emissions.

Turn More Feedstock into Fuel.

Electrifying the reforming process means 100% of your hydrocarbon feedstock goes into producing syngas—not flue gases.

Higher Conversion
No Combustion Losses
No Flue Gas. No Wasted Fuel
30–40% Less Natural Gas Consumption

Engineered for Unmatched Efficiency.

Every detail of SY-ZEHN is optimized to deliver maximum value from every unit of feedstock.

Direct Resistive Heating at the Catalyst – up to 1100°C
Internal Refractory Lining for Thermal Efficiency > 95%
Precision Control of Heat Input via Renewable Electricity

Driving a Dynamic Energy Future.

Adapt in Real Time to Power Availability.

Whether you are running on wind, solar, or grid electricity, SY-ZEHN can ramp up or down in real-time—allowing you to align production with fluctuating energy supply and pricing.

Instant Response via Direct Electric Heating
No Combustion Delays – True Load-Following Capability
Enables Grid Balancing and Cost Optimization

Precise Process Control.

With SY-ZEHN you can fine-tune your reforming process like never before. Benefit from advanced control across all load conditions.

Direct Control of Reactor Temperature
Second-Level Feedback from Power Control Unit
Optimal Efficiency Across Varying Loads

SY-ZEHN is Ready. Today.

This isn’t a future concept – it is proven, scalable, and operating now.
SYPOX’s e-SMR platform is already demonstrating its value in real-world conditions.

80,000+ Operating Hours of e-SMR Testing
250 kW Demo Unit Validated for Dynamic Loads, Biogas Feeds & Low S/C Ratios
>95% Energy Efficiency – Verified at Pilot Scale
The Most Proven e-SMR Technology on the Market