22
February
2012

ProGreenShipOperation completes its first period

Protection of the marine environment - international research project ProGreenShipOperation completes its first period.

The World Maritime University is actively contributing to safer shipping in greener oceans. One of the activities of WMU's Maritime Risk and Systems Safety (MaRiSa) Research Group is an ambitious international collaborative project on the development of a simulation-based training module to promote green energy-efficient ship operation (ProGreenShipOperation I). It is one of IAMU's 2011 capacity-building projects, supported by the Nippon Foundation, and is led and coordinated by WMU.

Within the first project period from July 2011 until January 2012, extensive common research work has been performed by the partners: the Australian Maritime College of the University of Tasmania, Hochschule Wismar, Department of Maritime Studies Rostock-Warnemünde (Germany) and the University of Catalonia, Faculty of Nautical Studies, Barcelona. The team consists of young research fellows and experienced professors sharing their expertise to develop a generic concept for the integrated use of tools for planning and executing energy-efficient and environmentally friendly ship manoeuvres in coastal areas, port approaches and harbour basins. In their studies, the team studied and demonstrated the potential of new enhanced information and simulation technologies for time and fuel savings when operating ships close to port areas.

Already in the first period valuable results have been achieved, including the development of a generic conceptual framework for the development of simulation exercises. This also forms direct input to the development of an IMO Model course on energy-efficient ship operation.

Currently, the interim results of ProGreenShipOperation are under evaluation by IAMU's Academic Program Review Committee. The consortium hopes for a positive result in order to continue with their work. The main challenge of the second phase of the project is to implement and apply the methods and procedures developed into a dedicated simulation-based training module.

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