2JCP at Expo Hamburg 2026
As a Global Technology Deployment Partner, 2JCP is exhibiting at this year’s Hydrogen Technology & Carbon Capture World Expo in Hamburg. The company will showcase its capabilities to the international market for delivering complex energy projects - from green hydrogen capture and carbon capture, utilization, and storage (CCUS) to complex process plants.
The transition to a net-zero energy sector requires the ability to turn theoretical concepts into practical reality. 2JCP focuses precisely on this crucial phase: the seamless integration of complex mechanical, electrical, and control systems (EC&I) into fully functional, plug-and-play modular units ready for rapid on-site installation.
„As a Global Technology Deployment Partner, 2JCP is genuinely accelerating the energy transition,“ says Vojtěch Křenovský, President & CEO of 2JCP. „At this year’s expo in Hamburg, we will demonstrate how our engineering excellence brings complex, largescale projects to life. I invite you to meet our international team to discover how we can turn your vision into industrial reality.“
End-to-End Solutions: From FEED Studies to Final Commissioning
This year’s exhibition highlights 2JCP’s proven track record in delivering turnkey modular systems. This encompasses modular electrolysers, carbon capture systems, and complete Balance of Plant (BoP) solutions. The company’s comprehensive approach spans the entire project lifecycle - from initial Front-End Engineering Design (FEED) studies and detailed engineering to Pressure Equipment Directive (PED) compliant manufacturing, prefabrication, and final commissioning.
Addressing Supply Chain Risks in Technology Deployment
2JCP’s presence at the expo also includes our expert commentary. Steve Martin, Sales Director - Carbon Capture, Utilization & Storage, will deliver a conference presentation titled, „The Clock is Ticking – Risks to Deployment from the Supply Chain Capacity.“ He will highlight critical bottlenecks and capacity constraints within the global supply chain that could impede the large-scale rollout of CCUS technologies worldwide.





