Product · 01
CO₂ Electrolyzer.
From testing bench to industrial deployment.
Feynman Dynamics develops advanced CO₂ electrolyzers, ranging from single-cell for research and pilot validation to large multi-cell stacks designed for industrial deployment. Our technology enables efficient and scalable conversion of CO₂ into value-added products, supporting the transition toward sustainable fuels and chemicals.
Research · Pilot
Single-Cell
Compact, configurable platform for active-area exploration from 25 to 100 cm². Built for fast iteration and validation.
Active area
25 – 100 cm²
Cell voltage
2.8 – 3.0 V
Faradaic efficiency
> 95% for CO
Operating stability
> 5,000 h continuous
Product output
CO, Methanol, Methane acid, Ethylene, Ethanol
Industrial
Multi-Cell Stack
Active area above 700 cm² per cell. Engineered for tailored industrial output — including e-SAF and e-fuels pathways.
Active area
> 700 cm² per cell
Cell voltage
2.8 – 3.2 V
Faradaic efficiency
> 90% for CO
Operating stability
> 8,000 h targeted
Product output
Tailored to industrial e-SAF / e-fuels
Product · 02
FD Testing Station.
The brain behind every stack.
An integrated multi-channel platform designed for the rapid development, testing, and validation of CO₂ reduction and water electrolysis stacks. With automated control and real-time stack health monitoring, the system continuously tracks key operating parameters—including conversion performance, current, voltage, temperature, and flow rate—to optimize yield, improve stability, and support reliable long-term operation.
Single-Channel
Testing Station
Compact validation platform with full automation. Ideal for early-stage research and material screening.
Number of Test Channels
1 channel (independent control)
Compatible Cell Types
CO₂ Electrolyzer (MEA / flow cell)
Supported Active Area
25 cm² · 100 cm²
Current Range
0 – 120 A
Voltage Range
0 – 30 V
Power Supply (per channel)
0–30 V / 0–120 A · ≈ 3.6 kW
Cabinet Dimensions (W×D×H)
≈ 800 × 800 × 1850 mm
Mobility
4 lockable casters
Safety & Monitoring
Interlocks · E-stop · H₂ / CO / CO₂ gas detection
1 Independent Channel · CO₂ Electrolyzer · Touchscreen HMI
Dual-Channel
Testing Station
Run two independent recipes simultaneously. Designed for comparative studies and accelerated iteration.
Number of Test Channels
2 channels (independent control)
Compatible Cell Types
CO₂ Electrolyzer (MEA / flow cell)
Supported Active Area
25 cm² · 100 cm² (per channel)
Current Range
0 – 120 A (per channel)
Voltage Range
0 – 30 V (per channel)
Power Supply
2 × (0–30 V / 0–120 A) · ≈ 7.2 kW total
Cabinet Dimensions (W×D×H)
≈ 1000 × 800 × 1850 mm
Mobility
4 lockable casters
Safety & Monitoring
Per-channel interlocks · E-stop · H₂ / CO / CO₂ gas detection
2 Independent Channels · Parallel Recipes · Shared HMI
Industrial
4-in-1 BOP System
Four-channel parallel testing — built for production-grade validation and long-duration endurance trials.
Number of Test Channels
4 channels (independent control)
Compatible Cell Types
CO₂ Electrolyzer (MEA / flow cell)
Supported Active Area
25 cm² · 100 cm² (per channel)
Current Range
0 – 120 A (per channel)
Voltage Range
0 – 30 V (per channel)
Power Supply
4 × (0–30 V / 0–120 A) · ≈ 14.4 kW total
Integrated BOP
CO₂ / DI-water feed · humidification · gas–liquid separation · back-pressure control
Cabinet Dimensions (W×D×H)
≈ 1600 × 900 × 2000 mm
Safety & Monitoring
Per-channel interlocks · E-stop · multi-gas (H₂ / CO / CO₂) detection
4 Independent Channels · Integrated BOP · High Throughput
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Key Advantages
01
Adaptive Automation
Real-time monitoring and intelligent control deliver higher, more stable performance.
02
Multi-Channel Flexibility
Independent recipes run in parallel. Quick-swap fixtures for any chemistry or cell type.
03
Ready to Operate
Pre-configured fixtures, touchscreen HMI, plus remote logging and alerting.
04
Integrated Safety
Built-in interlocks, E-stop, and multi-gas monitoring for long-duration operation.