Modular Systems for Hydrogen, CO₂ Conversion & e-Fuels

Engineering the Hydrogen–Carbon Future

We build modular systems that convert hydrogen and CO₂ into usable energy and fuels—

from electrolysis and CO₂ conversion to e-fuels synthesis and power generation.

Designed for real deployment, our systems enable technologies to scale from pilot to industrial application.

From electrochemistry to system-level engineering

From lab validation to global deployment

From standalone components to integrated solutions

EPC offers high-performance PEM and AEM electrolyzers for clean hydrogen production. PEM systems ensure high purity and fast response, while AEM technology reduces costs with non-precious materials. Our modular, scalable solutions support green hydrogen applications across energy, industry, and mobility.

EPC develops advanced CO₂ electrochemical reduction (CO₂RR) electrolyzers that convert captured CO₂ into value-added molecules such as CO, formate, and syngas. CO₂RR enables low-carbon fuels and chemical production by coupling renewable electricity with carbon utilization.

Our CO₂RR stacks integrate gas-diffusion electrodes, high-performance membranes, and optimized flow-field architecture to ensure stable operation, high selectivity, and low energy consumption.

EPC designs and delivers high-efficiency PEM fuel cell systems for mobility, backup power, and distributed energy. Our fuel cells feature fast cold start, high power density, and zero emissions, making them ideal for hydrogen vehicles, UAVs, industrial energy, and off-grid applications.

EPC offers integrated systems combining solar power, hydrogen production, storage, and fuel cell generation. This all-in-one solution enables 24/7 clean energy for microgrids, off-grid areas, and energy-autonomous communities. It addresses renewable intermittency and supports carbon-free distributed energy systems.

PtX (Power-to-X) / e-Fuels systems convert renewable electricity into chemical fuels, including e-Methanol, e-Methane, Sustainable Aviation Fuel (SAF), and Syngas.

Through the modular integration of electrolysis, CO₂ capture, electrochemical conversion, and catalytic synthesis units, the system enables a complete pathway from renewable power to molecular energy carriers.

Designed with scalability and flexibility, these systems can be deployed across various industrial scenarios, including demonstration projects, small-scale distributed PtX hubs, and future commercial plants.

This technology is considered one of the key pathways toward green chemicals, sustainable fuels, and deep decarbonization.

We provide engineering support for low-carbon and electrochemical technologies, covering the path from lab validation to pilot and demonstration systems.

Our expertise includes solving key scale-up challenges such as efficiency, stability, fluid management, thermal control, safety, and system operation.

We work across CO₂RR, PEM/AEM electrolysis, DAC/CCUS, and e-Fuels systems, offering process design (PFD/P&ID), BOP integration, automation (PLC/HMI), commissioning, and SOP support.

Our mission is to help customers build systems that are ready to run, ready to scale, and ready to deliver.