The HEMOS project is at the forefront of improving energy efficiency and reducing emissions in the maritime sector. By implementing innovative dynamic calculation models for heat energy management on ships, HEMOS aims to increase energy efficiency by 14%, helping to decarbonise the EU’s fleet. The project’s approach focuses on optimising heat flow systems, capturing waste heat, and applying the latest advancements in heat-energised technologies.
To better understand the maritime industry’s challenges and opportunities for decarbonisation, a comprehensive market analysis was conducted as part of the HEMOS project deliverable (D6.4). The analysis uses a mixed-methods approach, combining online research, an anonymous survey, and in-depth stakeholder interviews. The survey collected insights from professionals across Europe, many with over a decade of experience in ship operations, engineering, and management. To deepen the analysis, interviews were conducted with experts from both academia and the maritime industry. These experts brought valuable perspectives on shipbuilding, energy systems, and the role of advanced technologies like batteries and supercapacitors in achieving zero-emission vessels.
The findings from the survey and interviews highlight key trends in the maritime sector, such as the growing need for advanced energy systems and retrofitting existing ships to improve efficiency. The study offers important insights into the challenges and opportunities driving the maritime energy transition.
Read the full report to explore the detailed market analysis and its findings.