Hærvig, Jakob



PROJECT TITLE: THERMCYC - Advanced Thermodynamic Cycles Utilising Low-temperature Heat Sources

PhD period: 2014.09.15 – 2017.09.14.
Section: Thermal Energy Systems
Supervisor: Kim Sørensen 
Co-Supervisor: Thomas Condra
Contact information

Collaborators: DTU Mechanical Engineering, DTU Chemical Engineering, Danish Technological Institute, Viegaard Maagøe A/S, AP Møller Mærsk, Danfoss, Arla, Alfa Laval Lund, Viking Heat Engines A/S, Technische Universität München, Delft University of Technology, Alfa Laval Aalborg, and MAN Diesel & Turbo.
Funding: DSF grant.

ABSTRACT

Abstract: Low-temperature heat sources are available in many applications, ranging from waste heat marine diesel engines, industries and refrigeration plants to biomass, geothermal and solar heat sources. There is a great potential for enhancing the utilisation of these heat sources by novel cycle design and use of multi-component working fluids. These advancements will not only improve the performance of existing technologies, but also enable the utilisation of low-temperature heat sources, which are currently not utilised due to technical or economical infeasibility.

This project is part of an interdisciplinary project carried out together with DTU – employing a total of 7 PhD students and 6 PostDocs. The specific project will be focused on the heat transfer surfaces to be used in future advanced thermodynamic cycles for harvesting of low-temperature heat sources. For the interested reader, an overview of the overall project progress along with publications can be found at http://www.thermcyc.mek.dtu.dk/

PAPERS

Publications in journals and conference papers may be found at VBN.