At Sensible Energy, we conduct highly specialized engineering within applied thermodynamics and process engineering.
We contribute to the development process of products and services by modelling, designing and optimizing components and processes. Whether we act as an integrated partner with existing R&D departments, or as an independent development team, we can contribute from idea to market entrance.
Sensible Energy is specialized in mixed refrigerant heat engines such as refrigeration and cryogenic cooling, heat pumps and power production from waste heat sources. Further, we are experts in hydrogen gas systems, operations research and hold a broad knowledge on thermal storage technologies.
We have a strong theoretical base in thermodynamics and within numerical optimization. We also hold significant experience in designing and conducting experimental analysis. We use these competences to analyse, evaluate and improve thermal cycles and processes.
By combining these competences we are able to perform various complex tasks such as:
We hold a broad knowledge of thermal technologies and energy system integration, and we are excellent in utilizing it when working on thermal processes or developing new designs.
When contributing to novel concept development we make use of our experience, synthesis skills and ingenuity. We are also experienced in conducting early estimates on performance and economic characteristics.
Collaborations with our clients are always based on the following principles:
We are experienced in progressing a concept into a final design. This includes various engineering tasks such as:
Whether as part of your existing team, or as an independant partner, we can contribute from idea to market entrance.
Specific design of equipment to satisfy processes and mechanical design.
Examples of equipment include:
Research and development of a process system and a range of thermal sub-systems to accomodate pyrolysis of various waste plastics.
Examples of tasks include:
Organic Rankine Cycle for cogeneration using medium temperature heat from solar collectors
Conceptual development and design of a cost efficient medium temperature transcritical Organic Rankine Cycle.
Design characteristics