Nasrin Arjomand Kermani

Nasrin Arjomand Kermani serves as a Senior Researcher at the Department of Civil and Mechanical Engineering, Technical University of Denmark (DTU), specializing in thermal energy systems and sustainable industrial processes. Her institutional affiliation includes the Thermal Energy research group within DTU's Mechanical Engineering division, where she contributes to advancing energy technologies with a focus on practical industrial applications.

Her research interests span critical areas of sustainable energy systems including thermal energy storage for data centers, industrial excess heat recovery, electrification technologies for food and beverage processing, and innovative hydrogen compression methods. Dr. Arjomand Kermani has developed significant expertise in thermochemical storage systems for residential applications and created energy mapping tools to support industrial green transitions. Her work on ionic liquid-based hydrogen compressors represents a novel approach to overcoming limitations in conventional hydrogen infrastructure.

Her publication record demonstrates a strategic evolution from fundamental hydrogen compression technologies toward comprehensive industrial energy systems analysis, with increasing emphasis on decarbonization strategies and renewable energy integration across multiple sectors.

• Best Poster Presentation Award (2019) - shared with colleagues for research presented at an academic conference

Dr. Arjomand Kermani has participated in multiple significant research initiatives including her doctoral work on ionic liquid hydrogen compressors (2012-2017) and current collaborations on optimizing Power-to-X excess heat integration in district heating networks. Her research has received support through DTU funding mechanisms and industry partnerships focused on sustainable energy solutions. She maintains active collaborations with researchers across Europe on industrial energy optimization projects.

As a Senior Researcher at DTU's Department of Civil and Mechanical Engineering, she works within the Thermal Energy research environment that focuses on sustainable energy technologies and industrial decarbonization. Her collaborative network includes the Department of Energy Conversion and Storage and external industry partners working on hydrogen infrastructure and industrial energy systems.