Rail Freight Corridor 6 Implementation Plan Tt 2015

Total Page:16

File Type:pdf, Size:1020Kb

Rail Freight Corridor 6 Implementation Plan Tt 2015 Rail Freight Corridor 6 Implementation– Plan 2016 RAIL FREIGHT CORRIDOR 6 IMPLEMENTATION PLAN TT 2015/2016 1 Rail Freight Corridor 6 Implementation– Plan 2016 MODIFICATIONS AND UPDATINGS Evolution Index Date Modification / comments Written by RFF/Task V0 2 April 2013 First version / Gathering of each chapter Force RFF/Task V1 9 April 2013 Update of chapter 1, 3 and 5 Force RFF/Task V2 12 April 2013 Update following / MB Decision Force VTAGRAG 17 April 2013 Update following / TF level Task Force EB version 10 May 2013 AG Comments / MB approval Task Force AG / Executive Board / European Commission Comments V10Nov 2013 6 November 2013 PMO CIDs and Basic elements of TMS V9Dec 2013 9 December 2013 Executive Board Comments for Approval PMO V16Jan 2014 16 January 2014 ERTMS Update PMO V20Mar 2014 20 March 2014 Terminals list and maps update PMO V18Dec 2014 18 December 2014 Extension of the Corridor and general updates PMO V9Jan2015 19 January 2015 Executive Boards Comments PMO V11May2015 11 May 2015 RFF – SNCF Réseau update PMO 2 Rail Freight Corridor 6 Implementation– Plan 2016 Contents 1 Introduction ....................................................................................................................................................... 8 2 Characteristics of RFC 6 and governance ........................................................................................................... 12 2.1 Rail Freight Corridor 6 characteristics ....................................................................................................... 14 2.1.1 RFC 6 Line ............................................................................................................................................. 17 2.1.2 RFC 6 Terminals ..................................................................................................................................... 24 2.1.3 Maps of the Corridor ............................................................................................................................... 25 2.2 Potential Bottlenecks .............................................................................................................................. 47 2.2.1 Spain ..................................................................................................................................................... 47 2.2.2 France ................................................................................................................................................... 49 2.2.3 Italy ...................................................................................................................................................... 52 2.2.4 Slovenia ................................................................................................................................................. 55 2.2.5 Hungary ................................................................................................................................................ 57 3 Measures necessary for creating Rail Freight Corridor 6 ...................................................................................... 58 3.1 Organizational structures ........................................................................................................................ 58 3.1.1 Executive Board ..................................................................................................................................... 58 3.1.2 Management Board ................................................................................................................................ 59 3.1.3 Coordination Group ................................................................................................................................ 63 3 Rail Freight Corridor 6 Implementation– Plan 2016 3.1.4 Advisory Groups ..................................................................................................................................... 66 3.1.5 Permanent Management Office (PMO) ..................................................................................................... 68 3.1.6 Working Groups ..................................................................................................................................... 70 4 Essential elements of the Transport Market Study .............................................................................................. 72 4.1 Introduction ........................................................................................................................................... 72 4.2 Analysis of the current situation .............................................................................................................. 72 4.2.1 The geographic and socio-economic context ............................................................................................ 73 4.2.2 The transport market characteristics along the corridor ............................................................................ 75 4.2.3 Assessment of the market ....................................................................................................................... 78 4.2.4 Surveys ............................................................................................................................................... 103 4.2.5 RUs/TMs survey ................................................................................................................................... 123 4.2.6 Future freight demand forecast ............................................................................................................. 136 4.2.7 The definition of the “potential market area” of Corridor 6 ...................................................................... 136 4.2.8 The estimation of freight transport demand ........................................................................................... 139 4.2.9 The modal split (road vs. rail) ............................................................................................................... 143 4.3 Closing remarks ................................................................................................................................... 149 5 Objectives of the freight corridor ..................................................................................................................... 152 5.1 Objectives of Performance – Quality of Service ....................................................................................... 152 5.1.1 Compatibility between the performance schemes along the freight corridor ............................................. 152 5.1.2 Monitoring of the performance of rail freight services ............................................................................. 153 5.1.3 Collection of data ................................................................................................................................. 155 5.2 Punctuality objectives ........................................................................................................................... 157 4 Rail Freight Corridor 6 Implementation– Plan 2016 5.3 Capacity objectives ............................................................................................................................... 160 5.4 Interoperability objectives ..................................................................................................................... 164 6 The Investment Plan ...................................................................................................................................... 167 6.1 Investment plan ................................................................................................................................... 167 6.1.1 Plan description .................................................................................................................................... 167 6.2 Costs and funding ................................................................................................................................ 197 6.3 ERTMS strategy along the corridor ........................................................................................................ 199 6.3.1 ETCS strategy along the corridor ........................................................................................................... 199 6.3.2 ERTMS deployment plans ...................................................................................................................... 200 7 Measures ....................................................................................................................................................... 211 7.1 Coordination of works ........................................................................................................................... 211 7.1.1 Introduction ......................................................................................................................................... 211 7.1.2 Main elements of this document ............................................................................................................ 211 7.1.3 Coordination ........................................................................................................................................ 212 7.1.4 Publishing ............................................................................................................................................ 213 7.1.5 Procedure in accordance with
Recommended publications
  • Costs and Demand of High Speed Rail in Italy and Spain
    World Conference on Transport Research - WCTR 2016 Shanghai. 10-15 July 2016 Delusions of success: costs and demand of high speed rail in Italy and Spain Paolo Beria1a, Daniel Albalateb, Raffaele Grimaldia, Germà Belb a Department of Architecture and Urban Studies (DAStU), Politecnico di Milano, Italy b Dep. Política Econòmica, Universitat de Barcelona, Spain Abstract Mismatches between forecasted and actual costs and traffic figures are common in transport investments, especially in large scale ones, and so are delusions on future demand. High-speed rail project are often among the worst practices for cost overruns and demand overestimation, even where traffic figures may tell a history of apparent success. In the paper, we analyse two significant cases of delusion of success, namely Italian and Spanish HSR programmes. The Italian one shows excellent demand performances, but is among the continental worst cases for construction costs. The Spanish one, recognised worldwide as one of the most successful cases, is the one where potential demand estimations was systematically neglected and the planned network appears largely out-of-scale compared to actual traffic. The two cases show that the core of the problem does not lay in the wrong estimations of costs and demand, but on deliberate choices of overinvestment, overdesign and overquality. © 2017 The Authors. Published by Elsevier B.V. Peer-review under responsibility of WORLD CONFERENCE ON TRANSPORT RESEARCH SOCIETY. Keywords: High-speed rail, megaprojects, Italy, Spain, cost overrun, demand estimation, optimism bias 1 Corresponding author. Tel.: +39-02-2399-5424; fax: +39-02-2399-5435. E-mail address: [email protected] © 2017 The Authors 2 Beria, Albalate, Grimaldi, Bel / Transportation Research Procedia 00 (2017) 000–000 1.
    [Show full text]
  • Myopic Ppps: Risk Allocation and Hidden Liabilities for Taxpayers and Users
    Utilities Policy 48 (2017) 147e156 Contents lists available at ScienceDirect Utilities Policy journal homepage: www.elsevier.com/locate/jup Myopic PPPs: Risk allocation and hidden liabilities for taxpayers and users * Germa Bel , Paula Bel-Pinana,~ Jordi Rosell GiM-IREA and Universitat de Barcelona, Dep. of Econometrics, Statistics and Applied Economics, Facultat d’Economia i Empresa, John Keynes 1e11, 0034 Barcelona, Spain article info abstract Article history: Drawing on evidence from three case studies, we show how the State's Financial Liability has worked in Received 30 January 2017 assigning risk in large PPP contracts in Spain. Project failure and the concessionaires' bankruptcy have Received in revised form resulted in the government having to assume heavy financial obligations, which have ultimately been 22 April 2017 absorbed by taxpayers and users. In contrast, Spain's leading construction companies, which were also Accepted 8 June 2017 major investors in the concessionaires, have been able to minimize their risk. Myopic PPPs have been Available online 29 July 2017 entered into based on the transference of liabilities to taxpayers and users, and the, consequent, mini- mization of risks for the main private investors. Keywords: © Public-private partnerships 2017 Elsevier Ltd. All rights reserved. Concessions Infrastructure projects Transportation Energy 1. Introduction sharing - between the taxpayer and the private partner - and bundling can be considered the two distinctive features of PPPs A public-private partnership e PPP e is a long-term contract1 (Iossa and Martimort, 2015). between public and private parties, the aim of which is to deliver One of the advantages stressed in the economics literature (e.g.
    [Show full text]
  • The Role of the TGV and the Future of the Lorries
    Evolution of the transport connection across the border: the role of the TGV and the future of the lorries Girona, 2013 AIM OF THE REPORT • How road and train network has evolved after second World War? • How land use has changed and affect on landscape? • Future of transportation in border region? THEORETICAL BACKGROUND • Cultural/landscape geography • The report approaches the concept of landscape through the land use • Main terms and aspects: • Landscape • Border • Landscape ecology • Land use LANDSCAPE AND BORDER • How human actions and transportation affect on landscape • Direct – indirect effects on landscape due to high speed rail and road network • Meaning of border • Divides Catalan area • Part of Mediterranean corridor • Border between France and Spain LAND USE AND LANDSCAPE ECOLOGY • Human use of land • Urban areas, forests, fields etc. • Landscape changes via land use • Constant change • Landscape ecology as way to analyze landscape • Interactions and conflicts between human actions and nature DATA AND METHODS • Spatial data from border area • Maps from 1945 – 2012 • Land use data from 1987 – 1997 • Articles and interviews • GIS • Evolution of transportation • Comparison of maps • Changes in land use • Land use maps • Future scenarios • Interviews • Hypothesis THE ROLE OF THE TGV Source: http://www.republica.com/wp-content/uploads/2013/05/ave_mad-bnc.jpg, 16.05.2013 WHAT IS THE TGV? • The TGV (French: Train à Grande Vitesse) is France's high-speed rail • Developed during the 1970s • The first line in Europe was inaugurated
    [Show full text]
  • Rail Freight Corridor 6 Implementation Plan
    Rail Freight Corridor 6 – Implementation plan 2013 RAIL FREIGHT CORRIDOR 6 IMPLEMENTATION PLAN DOCUMENT FOR THE EXECUTIVE BOARD (DRAFT FOR APPROVAL) Page 1 / 280 Rail Freight Corridor 6 – Implementation plan 2013 MODIFICATIONS AND UPDATINGS Evolution Date Modification / comments Written by Index V0 02 April 2013 First version RFF/Task Force Gathering of each chapter V1 09 April 2013 Update of chapter 1, 3 and 5 RFF/Task Force V2 12 April 2013 Update following MB Decision RFF/Task Force VTAGRAG 17 April 2013 Update following TF level Task Force EB version 10 May 2013 AG Comments Task Force MB approval V10Nov 2013 6 November AG PMO 2013 Executive Board European Commission Comments CID Basic elements of TMS V9Dic 2013 9 December Executive Board Comments PMO 2013 for approval Page 2 / 280 Rail Freight Corridor 6 – Implementation plan 2013 Page 3 / 280 Rail Freight Corridor 6 – Implementation plan 2013 Summary 1 Introduction ................................................................................................................................ 10 2 Characteristics of RFC 6 and governance....................................................................................... 14 2.1 Rail Freight Corridor 6 characteristics .................................................................................... 17 2.1.1 RFC 6 Line .................................................................................................................. 21 2.1.2 RFC 6 Terminals .........................................................................................................
    [Show full text]
  • European Cohesion Policy in Spain EN
    European Cohesion Policy in Spain EN The European Union (EU) comprises 27 Member States forming Cohesion Policy 2007–13 a community and single market of 493 million citizens. However, great economic and social disparities still remain among these Principado de countries and their 271 regions. European Cohesion Policy is at Asturias Galicia the centre of the effort to improve the competitive position of Cantabria País Vasco the Union as a whole, and its weakest regions in particular. Comunidad Foral de Navarra La Rioja Through the European Regional Development Fund (ERDF) and Castilla y León Cataluña the European Social Fund (ESF), otherwise known as the Structural Aragón Comunidad de Funds, as well as the Cohesion Fund, it invests in thousands of Madrid projects across all of Europe’s regions to achieve its primary task: Extremadura to promote economic and social cohesion by reducing these dis- Castilla-La Mancha Comunidad Valenciana Illes Balears parities between Member States and regions. With a budget of €347 billion for 2007–13, Cohesion Policy represents the single larg- Región de Andalucía est source of financial support at EU level for investment in growth Murcia and jobs, designed to enable all regions to compete effectively in Ciudad Autónoma the internal market. de Ceuta Ciudad Autónoma Canarias However, as the challenges facing Europe’s regions have changed de Melilla over time, so too has the policy. Against a background of momen- tous change in the Union as a result of enlargement and of increas- © EuroGeographics Association for the administrative boundaries the administrative for Association © EuroGeographics ing globalisation, concerns about energy supplies, demographic decline, climate change and more recently, world recession, the Convergence objective Competitiveness and employment objective policy has evolved, in step, as a key part of the response to meet these new realities.
    [Show full text]
  • France TGV Mediterranean TGV Méditerranée
    France TGV Mediterranean TGV Méditerranée LATTS This report was compiled by a team belonging to the LATTS: Laboratoire Techniques, Territoires et Sociétés, connected to the Ecole des Ponts Paris Tech, CNRS and Université Paris-Est Marne-la-Vallée. Please Note: This Project Profile has been prepared as part of the ongoing OMEGA Centre of Excellence work on Mega Urban Transport Projects. The information presented in the Profile is essentially a 'work in progress' and will be updated/amended as necessary as work proceeds. Readers are therefore advised to periodically check for any updates or revisions. The Centre and its collaborators/partners have obtained data from sources believed to be reliable and have made every reasonable effort to ensure its accuracy. However, the Centre and its collaborators/partners cannot assume responsibility for errors and omissions in the data nor in the documentation accompanying them. This report is also available in French. Contact: Stephanie LEHEIS Université Paris-Est LATTS Laboratoire Techniques Territoires Sociétés [email protected] +33-0-1641-53588 6-8 avenue Blaise Pascal, Cité Descartes, 77455 Marne la Vallée Cedex 2, France. CONTENTS SUMMARY A PROJECT INTRODUCTION Type of project Project name Description of mode type Technical specification Principal transport nodes Major associated developments Parent projects Country/location Current status B PROJECT BACKGROUND Principal project objectives Key enabling mechanisms Main organisations involved Planning and environmental regime Land acquisition
    [Show full text]
  • Rail Freight Transport Cost Observatory
    Rail freight transport cost Observatory. Executive summary Versió en català Versió en castellà 2019 Version in English a 1 edition Versió en francès 0. Presentation of the Observatory The purpose of this Observatory is to promote multimodal transport through knowledge of the cost structure of rail freight. The Observatory aims to continue to update its theoretical bases and to have space to expand with data from other countries in each new edition, to broaden the external costs and to add the contributions that the entities from the railway sector may make to its content. Furthermore, the aim is to link it with the Road Transport Cost Observatory of the Autonomous Government of Catalonia to be able to define the cost of the logistics chain through a multimodal freight transport cost Observatory. This first edition forms part of the framework of the TRAILS project, included within the European POCTEFA programme, developed jointly by entities from Catalonia and L'Occitane: WE4LOG Occitanie Cluster Logistique Rail freight transport cost Observatory 2 0. Presentation of the Observatory. Complete Document Index. Presentation Index 1. Rail freight infrastructure in Catalonia 2. Railway operators in Spain 3. Mobile railway fleet 4. Railway cost and sustainability structure 5. Practical cases: Costs and sustainability of the reference trajectories 6. Annexes Annex 1. Description and methodology of the cost calculation Annex 2. Description and methodology of the sustainability calculations Annex 3. Detailed calculation of the cost of the reference trajectories Annex 4. Detailed calculation of the sustainability of the reference trajectories Annex 5. Calculation of the maximum load of a train Annex 6.
    [Show full text]
  • Eu Commission Directorate General for Energy And
    1/184 EU COMMISSION DIRECTORATE GENERAL FOR ENERGY AND TRANSPORT Study TEN-Energy Tunnel for the analysis of synergy between transport and energy sectors by high voltage transmission in rail-road tunnels in EU25 (including Bulgaria, Romania, Croatia) Final Report MVV Energie AG MVV-TA/4NT/0076114/000/01 Ed. 060531 2/184 Table of contents Page 0. Preamble...................................................................................................................... 5 1. Analysis of electricity cross-border countries congestions .......................................... 6 1.1. General methodology .................................................................................................................7 1.2. Electricity cross-border congestions ...........................................................................................7 1.2.1. Introduction .................................................................................................................7 1.2.2. Cross-border capacity auctions in central Europe .......................................................8 1.2.3. Detailed analysis of cross-border congestions ..........................................................10 1.2.4. Conclusion ................................................................................................................16 1.3. List of priority rail/road projects for synergy ..............................................................................18 1.3.1. Comments on the priority rail/road tunnels for synergy on electrical
    [Show full text]
  • Market Strategies for International High-Speed Passenger Train Operators
    Faculteit Toegepaste Economische Wetenschappen Strategieën voor internationale hogesnelheidsspoorvervoerders in de Europese reizigersvervoersmarkt Proefschrift voorgelegd voor het behalen van de graad van doctor in de toegepaste economische wetenschappen aan de universiteit Antwerpen te verdedigen door: Jacobus Everdina Maria Jozef Doomernik Openbare verdediging: Maandag 3 juli 2017, 17.00u Hof van Liere, Universiteit Antwerpen Doctoraatscommissie Prof. dr. Ann Verhetsel (president), Universiteit Antwerpen Prof. dr. Eddy van de Voorde (supervisor), Universiteit Antwerpen Prof. dr. Thierry Vanelslander (supervisor), Universiteit Antwerpen Prof. dr. Koen Vandenbempt, Universiteit Antwerpen Prof. ing. Pierluigi Coppola, Università di Roma “Tor Vergata” Dr. Florent Laroche, Université Lumière de Lyon 2 Prof. dr. Matthias Finger, Ecole Polytechnique Fédérale Lausanne Copyright 2017, J.E.M.J. Doomernik All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, mechanically, by photocopying, by recording, or otherwise, without prior permission of the author. Samenvatting High-speed rail systemen zijn momenteel een geaccepteerde manier van reizen in verschillende landen in de wereld. In de afgelopen decennia hebben high-speed railsystemen zich gestaag ontwikkeld, voornamelijk in Azië en Europa, maar er zijn ook initiatieven te vinden in de Verenigde Staten, Zuid-Amerika, het Midden-Oosten en Afrika. Eén van de beleidsdoelstellingen van de Europese Commissie om een duurzame toekomst op te bouwen was om de spoorwegsector te revitaliseren. De liberalisering van de spoorwegsector heeft geleid tot een splitsing tussen nationale infrastructuurbeheerders en spoorwegondernemingen. Een nieuw Europees wettelijk kader is ingevoerd om de nationale netwerken open te stellen voor andere operatoren en om de opbouw van een pan-Europese high-speed railnetwerk op basis van de reeds door de nationale regeringen genomen initiatieven te ondersteunen.
    [Show full text]
  • Lcc Approach for High-Speed Ballastless Tracks
    MASTER OF SCIENCE THESIS STOCKHOLM, SWEDEN 2015 LCC APPROACH FOR HIGH-SPEED BALLASTLESS TRACKS IRENE SERRANO GONZÁLEZ KTH ROYAL INSTITUTE OF TECHNOLOGY SCHOOL OF ARCHITECTURE AND THE BUILT ENVIRONMENT TSC-MT 15-011 LCC APPROACH FOR HIGH-SPEED BALLASTLESS TRACKS Master thesis August 2015 IRENE SERRANO GONZÁLEZ Division of Highway and Railway Engineering School of Architecture and the Built Environment Royal Institute of Technology 1 PREFACE The first academic semester of 2014, I took a course in KTH-Stockholm related to railways, led by Anders Lindahl, which I enjoyed largely due to the teacher’s implication on it. At the same time, I chose a high-speed platform design as final master degree project in The Polytechnic University of Madrid which I carried out during 2014-15. Thus, I decided to tell my project to Anders in order to look for a Master’s thesis in the same field. Moreover he introduced me to Michael Than, an engineer from Sweco company, who found me a place to sit in the company and also helped me in the costs data compilation and gave me advices from his large experience. Anders has been constantly helping and encouraging me through meetings and corrections whenever he was. I would like to thank them for their time and knowledge shared with me. The development of this research has not been an easy path due to mostly the difficulty to obtain reliable data. Furthermore, as this research contains an economic base and a method used in the Spanish project I would like to thank for their technical help both to my Spanish supervisor, Ricardo Lorenzale, and to my uncle, Ildefonso González.
    [Show full text]
  • El Periodo Cumbre De La Construcción Especializada De Túneles En España
    Monográfico Túneles Revista de Obras Públicas 1996-2011: El periodo cumbre de la nº 3.535. Año 159 Septiembre 2012 ISSN: 0034-8619 construcción especializada de túneles ISSN electrónico: 1695-4408 en España. Últimos avances en tuneladoras 1996 – 2011: the zenith of specialized tunnelling in Spain. Latest progress in TBM technology Felipe Mendaña Saavedra. Dr. Ingeniero de Caminos, Canales y Puertos SPICC, S.L. Madrid (España). [email protected] Resumen: Los túneles para Infraestructuras del Transporte (principalmente túneles ferroviarios), construidos con tuneladora en España en los 15 años transcurridos desde 1996 hasta comienzos de 2012, suman un total de 405 km, lo que supone una media de 27 km, por año construidos en cada uno de los 15 años transcurridos, y ello sin contar los realizados por métodos convencionales o los destinados a otros usos (conductos hidráulicos o servicios). El autor pasa revista a las características principales de dichos proyectos, siguiendo el orden cronológico de las obras en que, cada uno de los Organismos siguientes, promovió la construcción con TBMs: la Comunidad de Madrid (MINTRA); el GIF (después ADIF) del Ministerio de Fomento; la Generalidad de Cataluña (GISA); La Dirección General de FFCC del Ministerio de Fomento; La Junta de Andalucía y el Ayuntamiento de Madrid. Se completa el artículo con las principales mejoras adoptadas en las tuneladoras, de las cuales algunas se probaron y adoptaron por primera vez en España. Este artículo, encargado al autor por AETOS, como aportación de esta Asociación al “Simposio Internacional sobre Túneles y Pozos” celebrado en México en febrero de 2012, fue escrito en dicho mes para incluirlo como intervención magistral de la Ingeniería española de Túneles en los PROCEEDINGS del Simposio.
    [Show full text]
  • 2017 General Reference List
    2017 GENERAL REFERENCE LIST Country City Jobsite Name Purpose Type Installation Contractor Albania Moglice Moglice Dam Hydro Electric Rock TBM Tunnel Limak Insaat Algeria Algiers Oued M Kacel Sewage EPB TBM Tunnel Bessac - GBH Algeria Didouche East-west Road Road TRADI Tunnel Makyol Angola Lauca Lauca Dam Hydro Electric TRADI Tunnel Epos Australia Brisbane Legacy Way project Road Rock TBM Tunnel Acciona Australia Sidney North Connex Road Road Header Tunnel Bouygues Lend Lease Austria Innsbruck Brenner Tunnel section Tulfes-Pfons Railway Rock TBM Tunnel Astadi Azerbaidjan Semkircay Semkircay Dam Hydro Electric TRADI Tunnel Cengiz Insaat Belgium Antwerpen Liefkenshoek Railway Slurry TBM Tunnel Vinci Belgium Soumagne Soumagne Railway TRADI Tunnel Vinci Bosnia Suhodol Suhodol - Tarcin Tunnel Road TRADI Tunnel Cengiz Insaat Bulgaria Sofia Sofia Metro extension lot 1 Metro EPB TBM Tunnel Dogus - Adval Bulgaria Sofia Sofia Metro extension line 3 lot 4 Metro EPB TBM Tunnel D.V.U. JV Canada Niagara Falls Niagara Falls Tunnel Hydro Electric Rock TBM Tunnel Strabag Canada York South East Collector Sewage EPB TBM Tunnel Strabag Chile El Teniente El teniente Mine TRADI Tunnel Vinci China Beijing Railway tunnel Railway EPB TBM Back-up China Beijing Railway tunnel Railway EPB TBM Tunnel China Gansu West Qinling Railway Rock TBM Tunnel China Railway Bureau 18 China Gansu West Qinling Railway Rock TBM Back-up China Railway Bureau 18 China Guangdong Shenzhen metro project Metro Rock TBM Tunnel Tianhe Shenzhen metro project Line 9 China Guangxi GuangXi Water
    [Show full text]