The cleanH₂steam Dynamic Combustion Chamber™ (DCC™) Boiler is a revolutionary solution designed to address the key challenge of industrial-scale heat and steam production with zero emissions. By utilizing a patented hydrogen combustion process, this innovative boiler offers a sustainable alternative to traditional steam boilers, significantly reducing greenhouse gas emissions and excess heat loss.

Operating within a vacuum chamber, the DCC™ precisely burns hydrogen with oxygen to generate superheated steam up to 400 °C without introducing air. This unique approach not only eliminates harmful emissions but also ensures exceptional thermal efficiency exceeding 95%, surpassing traditional steam boilers by over 20%. The result is clean, reliable steam production suitable for a wide range of sectors, including food production, hospitals, power plants, and district heating.

Unlike conventional systems, the DCC™ emits only water vapor, eliminating the need for a smokestack and combustion fans. Its modular design allows for flexible deployment, catering to various capacities from small Combined Heat and Power (CHP) units to industrial-grade boilers capable of generating 30 tonnes of steam per hour. The system seamlessly integrates into existing infrastructure, requiring minimal maintenance and aligning with the growing focus on green hydrogen initiatives.

With its closed-loop design, exceptional efficiency, and advanced safety features, the DCC™ Boiler represents a transformative tool for industrial decarbonization and the development of sustainable energy systems.

• Zero-emission hydrogen combustion for industrial-scale heat and steam production
• Precise combustion process in a vacuum chamber for superheated steam up to 400 °C
• Thermal efficiency exceeding 95% for clean and reliable steam generation
• Modular deployment options for flexible capacity ranging from small CHP units to industrial-grade boilers
• Elimination of greenhouse gas emissions and excess heat loss, surpassing traditional steam boilers
• Seamless integration into existing infrastructure with minimal maintenance requirements
• Closed-loop design and safety features for enhanced operational efficiency and sustainability