Ammonia-powered inland waterway vessels

IKEM investigates the admission of inland waterway vessels with an ammonia-based engine.

pexels-mudassir-ali-1556991

Project

How can the use of ammonia as a fuel contribute to the decarbonization of the ship traffic? This question is being investigated and advanced in the research project CAMPFIRE. The sub-project “ammonia-powered inland waterway vessels” examines in this regard the legal framework for the admission of inland vessels with ammonia-based engine. The focus is on the requirements for the technical admission of inland vessels, whereby requirements regarding the construction, installation equipment and the hazardous goods law are especially analyzed. The research targets at identifying obstacles for ammonia-powered inland waterway vessels and at formulating specific proposed amendments for further advancement of the legal framework.

Publications

Factsheet: Ammoniakbetriebene Binnenschiffe
Paintner, Thomas; Schäfer, Judith

Ammoniakbetriebene Binnenschiffe

Factsheet.
Studie: Zulassung von ammoniakbetriebenen Binnenschiffen
Paintner, Thomas; Schäfer, Judith

Zulassung von ammoniakbetriebenen Binnenschiffen

Rechtswissenschaftliche Studie.

Contact

Ammonia-powered inland waterway vessels

Principal: Federal Ministry of Education and Research

Funding programme: WIR! – Wandel durch Innovation in der Region

Project partner: DNV SE, Entwicklungszentrum für Schiffstechnik und Transportsysteme, Hochschule Stralsund, Institut für Sicherheitstechnik/Schiffssicherheit, Tamsen Maritim, Zentrum für Brennstoffzellentechnik

Duration: 08/2021–07/2023

Subproject of: CAMPFIRE

Join us at
IKEM and EUETH will be hosting a series of side events at this year’s climate negotiations to discuss the energy-climate-defense nexus, the reconstruction of Ukraine’s energy system, and nature-based solutions for climate mitigation.