Steven Forsberg, Managing Director at Marinetrans, says: “The reasons to sponsor the TU Delft Hydro Motion Team are clear. As a marine logistics company we are aware of our own footprint and the environmental impact we make when handling global transport projects for our customers. Since we formulated our ‘Going Green’ mission, we actively seek to align ourselves with sustainable technologies, projects and suppliers. Innovative propulsion systems and other emission-reducing maritime systems, software or equipment are of key interest to that mission. This project, the technical developments behind it and the vessel itself provide all of that. A great example of what is possible today, especially with real teamwork.”
At Marinetrans, several emission-reduction schemes movie review are currently unfolding, incl. its own CO2 Offset Programme that clients can partake in to counter the environmental effects of their operations and the transports handled by Marinetrans to make them happen.
What is the Hydro Motion Team?
The TU Delft Hydro Motion Team was founded to show the maritime industry a number opportunities to tackle industry-related climate challenges. To this end, a new team of 20+ students is formed every year aiming to push the boundaries of sustainable technology. This year, the team consists of 23 multidisciplinary students who explore innovative developments in collaboration with industry experts, partners and alumni. Over the course of 17 years the teams built a number of solar-powered vessels (top speed of 55 km/h / 29.7 knots!), switching to hydrogen propulsion in 2021 and, among other results, delivering the first foiling hydrogen-powered boat in the world!
Design, build, test, race
The ‘Aurora’ is built from scratch and will become a monohull, carbon fibre, zero-emission vessel. The foiling system has been re-designed and to that end as much weight as possible is being saved, which is important for the Monaco Energy Boat Challenge where all teams compete on Manoeuvrability, Speed and Endurance. All other teams are experienced professionals, making the race and creating their own technology all the more interesting for the student team. They even build their own Lithium battery.