CRYOCCS^® Development Roadmap

Concept development, thermodynamic modeling, system architecture, and validation of the CRYOCCS principle.

Construction of the first functional CRYOCCS module for controlled testing under real operating conditions.

During this phase, CRYOCCS transitions from prototype operation to full industrial validation. The focus lies on long-duration testing, operational stability, and alignment with relevant safety, grid and environmental standards. Parallel to technical validation, certification pathways are prepared in close coordination with regulatory frameworks applicable to industrial energy and carbon infrastructure. This structured approach ensures that the system is not only technically functional, but also compliant, auditable and ready for large-scale industrial deployment.

Performance validation, safety tests, regulatory preparation, and industrial partner evaluations.

This phase establishes the foundation for scalable and repeatable production of CRYOCCS modules. Manufacturing processes are defined, supplier networks are aligned, and component standardization is finalized to enable efficient series production. At the same time, logistics, quality control and assembly workflows are prepared to support reliable delivery at increasing volumes. The result is a manufacturing setup designed for industrial scale-up, cost optimization and consistent system quality across deployments.

Market-ready design, modular standardization, manufacturing setup and supply-chain readiness.

Initial deployments, pilot customers, and scale-up of production capacity.

Fully integrated CRYOCCS power plants combining energy generation, storage and CO₂ capture.

Renewables become both more profitable and cleaner, maximising the value of every generated kWh.

CO₂ intensity per kWh decreases at the system level – not only locally, but across the entire energy ecosystem.