Absolut System

Core business

​​Absolut System develops advanced cryogenic technologies for the space sector, with a particular focus on Zero Boil-Off (ZBO) systems, cryogenic propellant storage, transfer, and management for future in-space applications. The company combines systems engineering, cryogenic thermal and fluidic engineering, mechanical design, and technology development to deliver innovative solutions supporting orbital servicing, space logistics, and exploration missions. Working closely with institutional and commercial partners, Absolut System develops proprietary technologies that enable the next generation of cryogenic infrastructure for space.​

Products and services

​​Absolut System provides engineering and technology development for advanced cryogenic space systems throughout the complete project lifecycle. Capabilities include systems engineering, mission and requirements analysis, functional architecture development, cryogenic thermal and fluidic engineering, mechanical design, numerical modelling, subsystem integration, verification and validation planning, and test bench development. The company develops cryogenic storage and transfer technologies, demonstrators, and associated ground support systems for institutional and commercial space programmes.​

Technical means

​​Absolut System combines multidisciplinary expertise in systems engineering, cryogenic engineering, mechanical design, and project management with advanced digital engineering tools for requirements management, CAD, simulation, configuration management, and verification planning. Through collaboration with industrial and institutional partners, the company develops, integrates, and validates cryogenic demonstrators and supporting test infrastructures, enabling the maturation of critical technologies for future space missions.​​

Major space projects

Development of an advanced Zero Boil-Off (ZBO) cryogenic propellant management system supporting future in-space refuelling and long-duration cryogenic storage. Activities include system architecture, requirements engineering, mechanical and thermal design, subsystem integration, verification planning, and the development of a TRL-5 ground demonstrator in collaboration with European industrial and institutional partners.