
Statement of Qualifications for Liquid Air Energy Storage in the USA
Proven Cryogenic Engineering and Infrastructure Experience
Cryogenic Equipment Services brings extensive expertise in the design, construction, and commissioning of cryogenic production and storage facilities. This experience forms the technical foundation for CES liquid air energy storage systems designed to repower aging peaker plants.
By combining decades of cryogenic engineering knowledge with patented innovations in liquid air energy storage, CES provides utilities and infrastructure partners with a technically viable pathway to modernize existing peak power infrastructure.
Positioned for the Expanding U.S. Energy Storage Market
As renewable penetration increases, demand for long-duration liquid air energy storage continues to grow. CES is strategically positioned to deliver scalable, American-engineered cryogenic energy storage solutions that meet evolving reliability and resilience requirements.

Core Engineering Capabilities
CES capabilities include:
- Cryogenic facility design and engineering
- Industrial gas processing systems
- Energy storage system architecture
- Utility-scale infrastructure planning
- Grid-connected power generation systems
These capabilities enable CES to deliver fully engineered liquid air energy storage systems capable of transforming legacy peaker plant sites into modern grid-supporting energy storage assets.
Designed for the Future of the U.S. Power Grid
Electricity demand in the United States is projected to grow significantly as manufacturing returns domestically and large-scale data centers increase energy consumption. At the same time, aging peaker plants are being retired or scheduled for decommissioning.
CES liquid air energy storage provides a scalable solution that allows these sites to continue supporting the grid while replacing fossil-fuel combustion with clean energy storage and dispatchable generation.

