Enabling Green Hydrogen, DAC, and CHP Projects from Concept to Deployment | From Client Visits to Project Conversion: EPC Energy's System Engineering Capabilities in Practice

As the global energy transition accelerates, technologies such as green hydrogen production, water electrolysis (PEM/AEM), and direct air capture (DAC) are moving from laboratory validation toward engineering deployment.

Recently, EPC Energy hosted multiple international client visits in Shanghai, including:

• UK hydrogen CHP system developers

• Australian DAC technology teams

• Spanish green hydrogen project developers

These engagements rapidly progressed from: Technical discussions → System design → Engineering matching → Project conversion

resulting in confirmed orders.

A Common Engineering Challenge Across Different Technologies

Despite different application areas, all clients faced the same challenge: Converting feasible technologies into stable, scalable systems

The Real Industry Gap: System Engineering

While hydrogen and carbon capture technologies continue to advance, the key limitation is now: Engineering capability

Including:

• Long-term operational stability

• Fluid and thermal management

• Gas purification and safety systems

• System integration and control

• Coupling with energy systems

  

  
  

Why These Projects Converted

The decisive factor was not component performance, but: The ability to deliver complete system solutions

Conclusion

Across hydrogen, DAC, and energy systems, the industry is converging toward one reality: Engineering defines success

EPC Energy focuses on bridging the gap between:

• Laboratory innovation

• Real-world system deployment

by delivering scalable, integrated electrochemical energy systems.