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TRIMIS

Innovative barge trains for effective transport on inland shallow waters

Project

INBAT - Innovative barge trains for effective transport on inland shallow waters


Funding origin:
European
European Union
STRIA Roadmaps:
Transport infrastructure (INF)
Transport infrastructure
Transport mode:
Waterborne
Waterborne
Transport sectors:
Freight transport
Freight transport
Duration:
Start date: 01/04/2001,
End date: 31/08/2004

Status: Finished
Funding details:
Total cost:
€3 459 219
EU Contribution:
€1 898 928

Overview

Background & policy context:

The shift of freight from road to water is one of the European strategies to reduce the negative impacts of the increasing transport volume. The River Rhine and other major rivers like the Danube, or the network of deep water canals with good infrastructure can be considered as the backbone of the European inland water-way transport system. But these inland waterways presently serve only parts of West, Central and South-East Europe. Far more inland waterways do exist in other countries and regions, but due to their insufficient either permanent or seasonal low water depth and the limited size of the admitted vessels, only a comparatively low volume of transport can be achieved. The upgrading of these waterways to a higher capacity is planned at long term but often restricted by technical, environmental and / or for budgetary reasons.

Objectives:

The aim of the project was the development of the pushed train concept, which can be effectively operated on seasonally shallow waterways on permanent basis.

Technical objectives have been precisely given:

  • Increase of payload for barges by at least 20%
  • Decrease of construction and operation costs for barges and pushers by at least 30%
  • Application of new light weight materials and material combinations in water transport
  • Provision of reliable data and methods for dimensioning the new super light weight materials and related hull structures based on physical tests and mathematical assessments.
  • Innovative, future oriented and more efficient production technologies in construction.
  • Efficient low draught propulsion systems
  • Improvement of the overall efficiency by more than 30% considering the life time of the transport system.

Methodology:

During initial cycles with all project partners and their different expertise and background, various new concepts for new light weight barges and innovative pushers were proposed, discussed, further analyzed for technical feasibility and for costs / benefit criteria. Based on the requirements for the selected waterways the maximum overall dimensions of the barge train and the individual sizes of barges and push boat were optimized with respect to cargo capacity, standard container sizes and particularly longitudinal strength considerations.

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