WIT Press


The European Project UpTun: Results Of Four Years Of Research To Improve The Level Of Fire Safety In Existing Tunnels

Price

Free (open access)

Paper DOI

10.2495/SAFE070191

Volume

94

Pages

14

Published

2007

Size

1,292 kb

Author(s)

H. Hejny

Abstract

The European economy relies heavily upon a sustainable transportation system. In this transportation system, tunnels are a key element. The safety systems in a significant part of the existing tunnels were designed on the basis of traffic and its estimated growth of two or more decades ago. It appears however that traffic has grown more significantly and also changed in composition (more combustible and flammable goods). Consequently the safety level in existing tunnels has decreased in cases where no intermediate measures were taken to cope with the changed supply of rolling stock. This holds throughout Europe, for road-, rail- and mass-transit tunnels. The UpTun project main objects have therefore been: • Development of innovative technologies where appropriate and where relevant comparing to and the assessment of existing technologies for tunnel application. Focus is on technologies in the areas of detection and monitoring, mitigating measures, influencing human response, and protection against structural damage. The main output is a set of innovative cost-effective technologies. • Development, demonstration and promotion of procedures for rational safety level evaluation, including decision support models; and knowledge transfer. The main output is a risk based evaluating and upgrading model. The desired spin-off of the UpTun project would be: • The restoration of faith in tunnels as safe parts of the transportation systems; • The levelling out of trade barriers imposed by supposedly unsafe tunnels; • An increased awareness of stakeholders for the necessity to develop initiatives to link all relevant research. This paper will give an overview of the project and the major achievements. Keywords: tunnel safety, fire safety, innovative technologies, tunnel upgrading model.

Keywords

tunnel safety, fire safety, innovative technologies, tunnel upgrading model.