Powerpoint Sunusu

Total Page:16

File Type:pdf, Size:1020Kb

Powerpoint Sunusu TURKISH STATE RAILWAYS (TCDD) Infrastructure Development & Regulations in Railway Sector NAZIM BÜKÜLMEZ Deputy Head of RP&C Department1 CONTENTS Vision and Mission Historical Development The State of the Art Key Projects Vision 2023 Rail systems in Urban Transportation The Law on Liberalization of Turkish Rail Transportation CONTENTS Vision and Mission Historical Development Current Situation Key Projects Vision 2023 Rail systems in Urban Transportation The Law on Liberalization of Turkish Rail Transportation VISION and MISSION of TCDD Vision: Mission: To make railways the preferred To have the existing network mode of transport and to be and vehicles ready for service, the locomotive power for to construct new lines and development of the country links if necessary, to keep connections with other transport systems, and to provide economical, safe, comfortable and environmentally friendly transport services CONTENTS Vision and Mission Historical Development Current Situation Key Projects Vision 2023 Rail systems in Urban Transportation The Law on Liberalization of Turkish Rail Transportation HISTORICAL DEVELOPMENT OF RAILWAYS EDİRNE ZONGULDAK SAMSUN İSTANBUL KARS ERZURUM BANDIRMA ANKARA BURSA ESKİŞEHİR SİVAS ERZİNCAN POLATLI AFYON ELAZIĞ TATVAN VAN İZMİR KAYSERİ MALATYA KONYA DİYARBAKIR ADANA GAZİANTEP MERSİN 2012 : 12,008 km ( Conventional+ High Speed) Rail Network before the REPUBLIC 4,136 km Mainline The First Years of the REPUBLIC (1923-1950) 3,764 km Mainline (avg. 134 km per annum) From 1951 to 2002 945 km Mainline (avg. 18 km per annum) From 2005 to end of 2012 1,094 km Mainline (avg. 137km per annum) Lines under construction 3,400 km Mainline TCDD is a 157-year old enterprise 10 million passengers were transported. YEAR 2013 «The Law on Liberalization of Turkish Rail Transportation» put into force on 1st May 2013 YEAR 2009 The first high speed YEAR 2008 The first high speed line was completed. line were completed. Total length of railways: YEAR 2004 Total length of railways increased to 10.991 km and 6 of our 10.991 km ports were included in the privatisation programme. Became a Public Economic YEAR 1984 Became a Public Economic Institution. Institutiıon Became a State Economic YEAR 1953 Became a State Economic Enterprise. Enterprise Total length of railways: YEAR 1950 Total length of railways reached to 9.204 km. 9.204 km General Administration of Ports were attached to YEAR 1927 State Railways and Ports. the Railways (5.500 km) 4.000 km long railways Nationalization YEAR 1924 were nationalised of the Railways YEAR 1856 The first railway construction between İzmir and Aydin CONTENTS Vision and Mission Historical Development Current Situation Key Projects Vision 2023 Rail systems in Urban Transportation The Law on Liberalization of Turkish Rail Transportation ORGANIZATION İSTANBUL SAMSUN ÇAMAF TÜVASAŞ H.PAŞA ADAPAZARI ÇANKIRI DERİNCE EUROTEM VADEMSAŞ BANDIRMA ANKARA ESKİŞEHİR TÜDEMSAŞ TÜLOMSAŞ SİVAS SİVAS BT TRV ADF SİTAŞ AFYON İZMİR MALATYA IZBAN İZMİR AFYON BT TRV KONYA ADANA MERSİN İSKENDERUN Conventional Lines High Speed Lines 8 REGIONAL DIRECTORATES İSTANBUL, ANKARA (2 Directorates), İZMİR, SİVAS, MALATYA, ADANA, AFYON 7 PORTS H.PAŞA, DERİNCE, İZMİR,(MERSİN, İSKENDERUN, SAMSUN and BANDIRMA privatized.) 3 AFFILIATED COMPANIES TÜLOMSAŞ, TÜVASAŞ, TÜDEMSAŞ 4 PARTICIPATIONS EUROTEM, İZBAN, VADEMSAŞ, SİTAŞ 4 Participations have been established since 2003. 5 FACTORIES ADF and RAIL WELDING, AFYON and SİVAS CONCRETE SLEEPER, ÇAMAF HUMAN RESOURCES TCDD TCDD TCDD Affiliated TCDD and General Directorate Ports Total Companies Affiliated Companies Years and Regional TOTAL Directorates 2002 33.253 5.228 38.481 5.441 43.922 2013 25.837 1.843 27.680 3.784 31.464 Number of Staff between 1970 - 2012 The number of employees is reduced during the years. In 1970, the number of staff was 66.000 approximately but it was 31.464 on the 1st December 2012. The number of employees reduced by % 28 between 2002- 2013. ROLLLING STOCK ASSETS ROLLING STOCK NUMBER Mainline Diesel Locomotives 429 Mainline Electric Locomotives 56 Shunting Locomotives 109 Electric Multiple Units (EMUs) 101 Diesel Multiple Units (DMUs) 69 High Speed Train Sets 12 Passenger Cars 947 Freight Wagons 18,082 CONTENTS Vision and Mission Historical Development Current Situation Key Projects Vision 2023 Rail systems in Urban Transportation The Law on Liberalization of Turkish Rail Transportation SIMULTANEOUS ACTIVITIES CONDUCTED ON RAILWAYS A railway development boom that was handled simultaneously, not passing over any place and integrated with the other transport modes was started. Constructing and extending high speed core railway network Establishing a domestic railway industry via the cooperation of private sector, foreign investors and TCDD Producing original solutions in urban rail systems Renovation of all railway lines which have not been renovated since they were constructed Revitalisation and functionalisation of Modern Silk Road from Beijing to London Increasing national and regional logistic and transport capacity via the establishment of Logistic Centers By protecting the heritage of railway arhcitecture by restoring the stations according to their originality as in the first years of Republlic and making these place attraction centers of the cities Providing railway connections to organised industry sites, ports and production centers RAIL INVESTMENTS Million TL 7.929 8.000 6.854 7.000 6.000 4.843 5.000 4.558 4.000 3.000 2.184 2.350 2.281 2.000 1.460 964 1.060 1.000 488 0 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 While the appropriation allocated for railways were 488 million TL in 2003, it reached 7 billion 929 million TL in 2013 increasing by 16 times. HIGH SPEED RAILWAY NETWORK IS EXPANDING EDİRNE ZONGULDAK SAMSUN İSTANBUL KARS KARABÜK TEKİRDAĞ ÇANKIRI AMASYA İZMİT BURSA ERZURUM Bandırma 105 km BİLECİK KIRIKKALE ERZİNCAN Yenişehir ANKARA 533 km SİVAS BALIKESİR ESKİŞEHİR Yerköy 405 km Polatlı MUŞ AFYONKARHİSAR ELAZIĞ VAN İZMİR MANİSA 212 km UŞAK KAYSERİ NİĞDE MALATYA 624 km KONYA BATMAN DİYARBAKIR ISPARTA K.MARAŞ AYDIN DENİZLİ BURDUR MARDİN OSMANİYE GAZİANTEP KARAMAN MERSİN ADANA Current YHT lines (888 km) YHT lines under construction YHT lines with final drawing completed YHT lines with final drawing under development High Speed Trains (YHTs) are in operation between Ankara-Eskişehir since 13th March 2009. High Speed Trains (YHTs) are in operation between Ankara-Konya since 24th August 2011. High Speed Trains (YHTs) are in operation between Eskişehir-Konya since 23th March 2013. High Speed Trains (YHTs) will be put into operation between Ankara-Istanbul on last of 2013. High Speed Trains will be put into operation in Bursa-Bilecik,Ankara-İzmir and Ankara-Sivas up to 2018. ANKARA-ISTANBUL HIGH SPEED LINE Total number of engineering structures: EDİRNE Underpasses : 112 Overpasses : 56 ZONGULDAK SAMSUN İSTANBUL KARS KARABÜK TEKİRDAĞ Gebze Bridges : 43 ÇANKIRI AMASYA Köseköy Culverts : 480 ERZURUM Bandırma BURSA Vezirhan Viaducts : 21 KIRIKKALE ERZİNCAN ANKARA SİVAS İnönü 533 km BALIKESİR Tunnels : 29 3 ESKİŞEHİR Excavation : 32 million m Polatlı MUŞ 3 AFYONKARHİSAR Embankment :19 million m ELAZIĞ VAN İZMİR MANİSA UŞAK KAYSERİ NİĞDE MALATYA KONYA BATMAN DİYARBAKIR ISPARTA K.MARAŞ AYDIN DENİZLİ BURDUR MARDİN OSMANİYE GAZİANTEP KARAMAN ADANA MERSİN Current YHT linesı YHT lines under construction Ankara-Eskişehir (245 km) Eskişehir-İnönü (30 km) İnönü – Vezirhan (54 km) Vezirhan-Köseköy (104 km) Köseköy-Gebze (56 km) 16 ANKARA-ESKİŞEHİR HIGH SPEED LINE EDİRNE ZONGULDAK SAMSUN İSTANBUL KARS KARABÜK TEKİRDAĞ ÇANKIRI AMASYA ERZURUM Bandırma BURSA KIRIKKALE ERZİNCAN ANKARA SİVAS BALIKESİR ESKİŞEHİR Polatlı MUŞ AFYONKARHİSAR ELAZIĞ VAN İZMİR MANİSA UŞAK KAYSERİ NİĞDE MALATYA KONYA BATMAN DİYARBAKIR ISPARTA K.MARAŞ AYDIN DENİZLİ BURDUR MARDİN OSMANİYE GAZİANTEP KARAMAN ADANA MERSİN Current YHT linesı High Speed Trains (YHTs) were put into operation between Ankara-Eskişehir-Ankara on 13th March 2009. There were 8 YHT runs per day on 13th March 2009 initially. The runs were increased to 9 on 6th April 2009 and to 15 on 1st September 2009 and to 20 on 1st July 2010. 17 ANKARA-ESKİŞEHİR HST OPERATION A social perception research on High Speed Operations in Turkey has been made. Some of the results of this research are as follows: High comfort %95 72% 80% It is vital for the trade of the city %78 60% It contributes to tourism %80 40% The investments in HSLs should continue no %80 matter it costs 8% 20% 0% BEFORE YHTs AFTER YHTs Since the opening date of Ankara-Eskisehir section, 8 million 492 thousand passengers have been transported, which means about 7 thousand passengers have been carried per day. The transportation share of TCDD which was % 8 in Ankara-Eskisehir section has increased to 72 % after YHTs. ANKARA-ESKİŞEHİR YHT OPERATIONS The transportation to the other cities are provided by HST+Conventional Train and HST+Bus connections. In addition, connection to Kütahya ( 6 times) by DMU sets and bus connection to Bursa (14 times) are provided after HSTs. That is why, the travel times are shortened from Ankara to Kütahya and Afyon and Bursa cities. Viaduct (2.300) mThe longest viaduct of Turkey ESKİŞEHİR-İSTANBUL HIGH SPEED LINE EDİRNE ZONGULDAK SAMSUN İSTANBUL KARS KARABÜK TEKİRDAĞ Gebze ÇANKIRI AMASYA Köseköy ERZURUM Bandırma BURSA Vezirhan KIRIKKALE ERZİNCAN ANKARA SİVAS İnönü BALIKESİR ESKİŞEHİR Polatlı MUŞ AFYONKARHİSAR ELAZIĞ VAN İZMİR MANİSA UŞAK KAYSERİ NİĞDE MALATYA KONYA BATMAN DİYARBAKIR ISPARTA K.MARAŞ AYDIN DENİZLİ BURDUR MARDİN OSMANİYE GAZİANTEP KARAMAN ADANA MERSİN Current YHT lines YHT lines under construction The sub-sections of Eskişehir-İstanbul section to be completed up to the end of 2013 as follows: Eskişehir İnönü (30 km) İnönü-Vezirhan (54 km) Vezirhan-Köseköy (104 km) Köseköy-Gebze (56 km) The construction of Eskişehir-İnönü (30 km) was completed. Test and certification studies for the section are going on. Eskişehir-İnönü 21 98% pyhsical progress was achieved in the construction of İnönü-Vezirhan section (54 km) İnönü-Vezirhan Viaduct-16 Bayırköy 22 98% pyhsical progress was achieved in the construction of Vezirhan-Köseköy (104 km) section.
Recommended publications
  • Rebirth of the Great Silk Road: Myth Or Substance?
    Conflict Studies Research Centre S41 Table of Contents INTRODUCTION 3-5 “THE ANCIENT SILK ROAD” 6-9 TRACECA – THE MODERN SILK ROAD 10-25 Concept of the TRACECA Project 10 The TRACECA Route 11 TRACECA and the Establishment of Transport Corridors 13 First European Transport Conference – Prague 1991 13 Second European Transport Conference – Crete 1994 14 Third European Transport Conference – Helsinki 1995 14 St Petersburg Transport Conference – May 1998 15 Significance of European Transport Conferences in Russia 15 TRACECA Conference 7/8 September 1998 15 Russian Grievances 16 Underlying Factors in Economic Development 19 Natural Resources 21 Trans-Caspian Transport Trends and Developments 22 Creation of a Permanent Secretariat in Baku 22 Increase in Number of Ferries in the Caspian 22 Railway Developments and Proposals 24 Position of Russia, Iran and Armenia in Caucasus-Caspian Region 24 RUSSIAN CONCEPT OF A SUPER MAGISTRAL 26-28 The Baritko Proposal 26 THE PROBLEMS OF THE SUPER MAGISTRAL 29-35 The Problem of Siberia 29 Ravages of Climate compounded by Neglect 29 Financial and Strategic Contexts 30 Problems concerning the Baykal-Amur Magistral 33 CONCLUSIONS 36-38 TRACECA 36 European-Trans-Siberian Trunk Routes 37 APPENDIX 39-41 Text of Baku Declaration of 8 September 1998 1 S41 Tables Table 1 – Euro-Asiatic Trans-Continental Railway Trunk Routes Table 2 – TRACECA – The Modern Silk Road Table 3 – Three Transport Corridors Crossing into and over Russian Territory Table 4 – Trade Flows in the Transcaucasus Table 5 – Kazakhstan’s Railway Development
    [Show full text]
  • Railway Heritage of Istanbul and the Marmaray Project
    International Journal of Architectural Heritage Conservation, Analysis, and Restoration ISSN: 1558-3058 (Print) 1558-3066 (Online) Journal homepage: https://www.tandfonline.com/loi/uarc20 Railway Heritage of Istanbul and the Marmaray Project Yonca Kösebay Erkan To cite this article: Yonca Kösebay Erkan (2012) Railway Heritage of Istanbul and the Marmaray Project, International Journal of Architectural Heritage, 6:1, 86-99, DOI: 10.1080/15583058.2010.506622 To link to this article: https://doi.org/10.1080/15583058.2010.506622 Published online: 03 Oct 2011. Submit your article to this journal Article views: 439 View related articles Citing articles: 3 View citing articles Full Terms & Conditions of access and use can be found at https://www.tandfonline.com/action/journalInformation?journalCode=uarc20 International Journal of Architectural Heritage, 6: 86–99, 2012 Copyright © Taylor & Francis Group, LLC ISSN: 1558-3058 print / 1558-3066 online DOI: 10.1080/15583058.2010.506622 RAILWAY HERITAGE OF ISTANBUL AND THE MARMARAY PROJECT Yonca Kösebay Erkan Kadir Has University, Istanbul, Turkey This study explores the significance of Istanbul’s railway heritage and discusses the criteria for evaluating the historical importance, architectural value, and social issues surrounding the city’s rail system, leading into an examination of the consequences of the Marmaray Project. The Marmaray Project is a commuter rail system designed to unify Istanbul’s two independent rail transportation systems, and it will connect Halkalı on the European side with Gebze on the Asian side of the city. With the beginnings of rail construction in the 1870s, the waters of the Bosphorus separated the Oriental Railway on the European side from the Anatolian and the Baghdad Railway, preventing a direct connection between Europe and Asia.
    [Show full text]
  • Marmaray Project - Turkey
    MARMARAY PROJECT - TURKEY Istanbul is a city where historical and cultural values must be preserved and at the same time modern railway facilities have to be installed to decrease the environmental impact of public transportation and increase the capacity, reliability and comfort of the railway systems. The Project provides an upgrading of the commuter rail system in Istanbul, connecting Halkalı on the European side to the Asian side with an uninterrupted, modern, high-capacity commuter rail system. Railway tracks in both sides of Istanbul Strait will be connected to each other through a railway tunnel connection under the Istanbul Strait. The line goes underground at Yedikule, continues through the Yenikapı and Sirkeci new underground stations, passes under the Istanbul Strait, connects to the Üsküdar new underground station and emerges at Sögütlüçesme. The entire upgraded and new railway system will be approximately 76 km long. The main structures and systems; include the immersed tube tunnel, bored tunnels, cut-and-cover tunnels, at - grade structures, three new underground stations, 37 surface stations (renovation and upgrading), operations control centre, yards, workshops, maintenance facilities, upgrading of existing tracks including a new third track on ground, completely new electrical and mechanical systems and procurement of modern railway vehicles. The idea of a railway tunnel under the Istanbul Strait was first raised in 1860. However, where the tunnel under the Istanbul Strait crosses the deepest parts of the Strait, the old-fashioned techniques would not allow the tunnel to be on or under the seabed, and therefore the design indicated a "floating" type of tunnel placed on pillars constructed on the seabed.
    [Show full text]
  • TERRATEC Epbms Gear up for New Istanbul Metro Line
    PRESS RELEASE 1 MARCH 2020 For Immediate Release Release Number: 13169 TERRATEC EPBMs gear up for new Istanbul Metro line Gulermak, Nurol & Makyol JV is currently completing TBM testing on-site for the new Ümraniye-Ataşehir-Göztepe line, the latest addition to Istanbul’s metro expansion. TERRATEC is pleased to announce that it now has a total of nine machines working concurrently on Istanbul’s Metro system, in Turkey. The on-site assembly of two 6.56m diameter Earth Pressure Balance Tunnel Boring Machines (EPBMs) is currently underway for the Ümraniye-Ataşehir-Göztepe (UAG) Metro line, which is being constructed by the by the Gulermak, Nurol & Makyol JV. These EPBMs, along with another pair of sister machines that have already been assembled for this project, are all due to be launched and mining by mid-May. The 13km-long Ümraniye-Ataşehir-Göztepe (UAG) line, along with its 11 new stations and NATM-built connections, will form a second north to south rail corridor under the densely-populated Anatolian side of Istanbul and will be located entirely underground at an average depth of about 30m. The robust TERRATEC TBMs have versatile mixed-face dome-style cutterheads with an opening ratio of about 35% that have proven to work extremely effectively in Istanbul’s 171 Davey Street, Hobart, Tasmania 7000, AUSTRALIA | Tel +61 362233282 11F Wharf T&T Centre, 7 Canton Road, Kowloon, HONG KONG | Tel +852 31693660 Page | 1 PRESS RELEASE 1 MARCH 2020 mixed geology – which includes low-strength sandstones, siltstones, limestones and shales – as well as other state-of-the-art features such as VFD electric cutterhead drives, tungsten carbide soft ground cutting tools that are interchangeable with 17’’ roller disc cutters, high torque screw conveyors and active articulation systems.
    [Show full text]
  • Marmaray - Connecting
    Smart City – Good Practice Transport and mobility Marmaray - Connecting Istanbul's Asian and Ca European side by railway Istanbul, Turkey Marmaray- Connecting Istanbul's Asian and European side by railway The Marmaray railway public transportation system was opened in 2013 in Istanbul [1]. Transportation has been a major problem for Istanbul for many years, especially transportation between the two sides of the city - Asia and Europe - has been a real challenge. Before Marmaray has been implemented the two sides have been connected only by highways (2 Bosporus bridges) and sea transit ferries. The high-tech construction methods used for the Marmaray project helped creating smart solutions for specific challenges in cities. The project was planned already back in 1860, however only today’s technology made it possible to construct and operate it. In the further steps of the project, Marmaray will be connected to the existing railway system of the city [2]. It enables to pass the Bosporus in 4 minutes and to transport 75,000 passengers per hour (Yenikapi station) [3]. Country/ City Profile Country City Population (2014) 78 million [4] Population (2014) 14 million (metropolitan) [4] Land area (km²) 783,562 Land area (km²) 5,461 [6] GDP per capita 10,830 [5] GDP per capita 14,591(metropolitan) [7] (2014, US$, at (2008, US$, at purchasing power parity) purchasing power parity) Region Europe, Asia Region Coastal City’s physical Location Located in the north west of Turkey, Marmara Region geography The city extends over two continents; Europe and Asia, divided by the Bosporus Climate Mild wet winters, dry hot summers; average temperature : 13.5oC Initiating context Istanbul is the mega city of Turkey with a population of 14 million people.
    [Show full text]
  • Chapter 3 Road Network and Traffic Volume
    The Study on Integrated Urban Transportation Master Plan for Istanbul Metropolitan Area in the Republic of Turkey Final Report Chapter 3 Chapter 3 Road Network and Traffic Volume 3.1 Road Network 3.1.1 Inter-regional Road Network 1) Existing Road Turkey is situated at the transit corridor between South-east Europe and the Middle East. Since “The Declaration for The Construction of International Arteries” (AGR) prepared by the United Nations Economic Commission for Europe (UN/ECE) in 1950 in Geneva, Turkey has developed international corridors connecting it to Southern Europe, because the international road network of AGR included an extension to Turkey. According to the provisions of AGR, two arteries should reach Turkey as E-Road. These are E-80 entering from the Bulgarian border (Kapikule) and E-90 entering from the Greek border (Ipsala). These two main routes link the International Road Network of Europe with the Middle East and Asia at southern and eastern borders of Turkey via Anatolia. Source: KGM, Ministry of Transportation Figure 3.1.1 International Road Network through Turkey, 2007 In addition to the E-Roads, the Trans-European Motorway (TEM) project is ongoing and it covers the whole country as an expressway network. The TEM highway network in Turkey starts from Edirne at the Bulgarian border and passes through Istanbul via the Fatih Sultan Mehmet Bridge and parts into two branches in Ankara going eastward and southward. Its eastern branch again parts into two branches in Askale. One of them reaches Trabzon in the Black Sea Region, and the other ends in Gurbulak at the Iranian border.
    [Show full text]
  • The Urban Rail Development Handbook
    DEVELOPMENT THE “ The Urban Rail Development Handbook offers both planners and political decision makers a comprehensive view of one of the largest, if not the largest, investment a city can undertake: an urban rail system. The handbook properly recognizes that urban rail is only one part of a hierarchically integrated transport system, and it provides practical guidance on how urban rail projects can be implemented and operated RAIL URBAN THE URBAN RAIL in a multimodal way that maximizes benefits far beyond mobility. The handbook is a must-read for any person involved in the planning and decision making for an urban rail line.” —Arturo Ardila-Gómez, Global Lead, Urban Mobility and Lead Transport Economist, World Bank DEVELOPMENT “ The Urban Rail Development Handbook tackles the social and technical challenges of planning, designing, financing, procuring, constructing, and operating rail projects in urban areas. It is a great complement HANDBOOK to more technical publications on rail technology, infrastructure, and project delivery. This handbook provides practical advice for delivering urban megaprojects, taking account of their social, institutional, and economic context.” —Martha Lawrence, Lead, Railway Community of Practice and Senior Railway Specialist, World Bank HANDBOOK “ Among the many options a city can consider to improve access to opportunities and mobility, urban rail stands out by its potential impact, as well as its high cost. Getting it right is a complex and multifaceted challenge that this handbook addresses beautifully through an in-depth and practical sharing of hard lessons learned in planning, implementing, and operating such urban rail lines, while ensuring their transformational role for urban development.” —Gerald Ollivier, Lead, Transit-Oriented Development Community of Practice, World Bank “ Public transport, as the backbone of mobility in cities, supports more inclusive communities, economic development, higher standards of living and health, and active lifestyles of inhabitants, while improving air quality and liveability.
    [Show full text]
  • Developing Block Trains from Asia to Europe» INTERNATIONAL CORRIDORS ARE BEING IMPROVED and FREIGHT TRANSPORTATION IS BEING INCREASED
    Ibrahim H. CEVIK Head of Foreign Relations Department TURKISH STATE RAILWAYS «Developing block trains from Asia to Europe» INTERNATIONAL CORRIDORS ARE BEING IMPROVED AND FREIGHT TRANSPORTATION IS BEING INCREASED •İstanbul-Kars-Tbilisi-Baku, •Kurtalan-Irak ve Nusaybin-Irak, •Kars-Nahcivan-İran, Kazakhstan/ •Kavkaz-Samsun-Basra, China •İstanbul-Aleppo-Mecca, •İstanbul-Aleppo-North Africa, transport corridors are being developed. Samsun-Kavkaz Kars-Tbilisi- Baku Marmaray Tekirdağ-Muratlı Van Lake Pass Kemalpaşa-Turgutlu Kars-Nahçivan-İran Kurtalan- Iraq and Pakistan / Nusaybin- Iraq North Africa India S. Arabia With the completion of the projects, the importance of the Silk Road connection will increase further and the connection of Europe to Middle East, Central Asia and China will have been ensured. BLOCK TRAIN APPLICATIONS BLOCK TRAIN APPLICATIONS ERZURUM ANKARA ESKİŞEHİR SOMA KONYA Conventional Railway Line High Speed Railway Line IN THE OLD SYSTEM Running Time : 15 days Commercial Speed : 5 km/h IN THE NEW SYSTEM Running Time : 3 days Commercial Speed : 25 km/s GENERALBLOCK OVERVIEW TRAINS TO FROM THE TURKEY BLOCK TRAINS and CORRIDORS GERMANY KAZAKHSTAN RUSSIA AUSTRIA HUNGARY ROMANIA SLOVENIA TURKMENISTAN BULGARİA TURKEY IRAN IRAQ PAKISTAN SYRIA, JORDAN %95 of local and international railway freight transport is made by the block trains. 149 block trains are operated per day in both directions 135 of which are local and 14 of which are international. KÖSEKOY (TURKEY)-COLOGNE(GERMANY) BLOCK TRAIN Köln-Köseköy-Köln Swap Body Container Block Train Cologne GERMANY 2800 KM HUNGRY AUSTRIA ROMANIA RAILWAY BULGARIA Köseköy Gölcük TURKEY MOTORWAY Spare parts for automobiles are transported with swap-bodies between Cologne-Kosekoy.
    [Show full text]
  • Economic and Social Council
    UNITED NATIONS E Economic and Social Distr. GENERAL Council TRANS/WP.5/2002/1/Add.1 31 May 2002 Original: ENGLISH ECONOMIC COMMISSION FOR EUROPE INLAND TRANSPORT COMMITTEE Working Party on Transport Trends and Economics (Fifteenth session, 2- 4 September 2002, agenda item 5) REPLIES TO THE QUESTIONNAIRE ON TRANSPORT DEVELOPMENT Addendum 1 Transmitted by the Governments of Lithuania and Turkey Note: At its fifty-ninth session the Inland Transport Committee, following an earlier decision taken at its fortieth session (ECE/TRANS/42, para. 45), agreed to circulate the questionnaire on the most significant criteria for the determination of new and important developments with regard to inland transport in the member countries of general interest to Governments (ECE/TRANS/119, para. 52). * * * TRANS/WP.5/2002/1/Add.1 page 2 LITHUANIA A. General transport policy aspects Membership in the European Union is a strategic objective of Lithuania’s foreign and domestic policy. This will require fundamental changes in all areas of life. The main transport policy trends are stable and remain unchanged for several years. They are defined in the Programme of Government for the years 2002-2004, which, with regard to the geographical situation of Lithuania, foresees the use of the country’s possibilities in development of transit services and creation of favourable legal environment for transport services. The objectives and tasks of Lithuanian transport policy are also laid down in the Strategy of Lithuanian transport and transit development until 2015, Lithuania’s EU Pre- accession Programme (PAP) and the Plan of Strategic Objectives of the Ministry of Transport and Communications The Government has been paying particular attention towards the implementation of the Accession Partnership priorities, i.e.
    [Show full text]
  • TBILISI – KARS Railway Link
    New opportunities in the development of the Historic Silk Road BAKU – TBILISI – KARS Railway Link HÜSEYİN TEKER Marketing Expert Freight Department of Turkish State Railways Goal is to revitalize Historical Silk Road and improve Economic & Cultural cooperation between the countries. First agreement signed on 7th February 2007 in Tbilisi. Foundation of the Turkish section laid on 24 July 2008. Project planned to be completed by the end of 2016. TCDD will build logistics center at Kars in the near future. Europe - China connected by rail over Turkey with BTK project. Project Route: Turkey : Kars-Canbaz : 79 km (newly constructed line) Georgia : Kartsakhi – Ahılkelek : 29 km (newly constructed line) Tbilisi(Marabda) : 160 km (rehabilitation of existing railway line) Tbilisi Gardabani : 70 km (existing railway line) Azerbaijan: Büyük Kesik –Baku : 503 km (physical standards of the existing railway is appropriate. Alat-Baku : 82 km (destination of ferry-connected transports is Alat.) Border Stations: Turkey : Canbaz Georgia : Kartsakhi (Turkish side) and Gardabani (Azerbaijan side) Azerbaijan: Büyük Kesik Bogie Change and Exchange Station: Ahılkelek (Georgia) Comparison of China-Europe Railway Transport Corridors Beineu Zhezkazgan Sea North Corridor Middle Corridor Project(Beineu) Northern Line: China-Kazakhstan-Russia-Belarus-Poland-Germany BTK Line: China-Kazakhstan-(Aktau-Alat Caspian Passage)Azerbaijani – Georgia -Turkey- Bulgaria-Romania-Hungary-Austria-Germany China (Zhengzhou) - Germany (Hamburg) 40-feet container delivery time. Duration (Day) Seaway 32 Railway Northern Line 16 Middle Corridor (BTK Line)* 16 (Planned) *In case Marmaray (Rail Tunnel) and other projects in Turkey are realized. 2015 2020 587 billion $ 800 billion $ Foreign Trade Figures 2015 2020 Billion USD • Trade between China and the EU is expected to increase EU China 587 800 from 117 million tons in 2014 to 170 million tons in 2020.
    [Show full text]
  • Issue #30, March 2021
    High-Speed Intercity Passenger SPEEDLINESMarch 2021 ISSUE #30 Moynihan is a spectacular APTA’S CONFERENCE SCHEDULE » p. 8 train hall for Amtrak, providing additional access to Long Island Railroad platforms. Occupying the GLOBAL RAIL PROJECTS » p. 12 entirety of the superblock between Eighth and Ninth Avenues and 31st » p. 26 and 33rd Streets. FRICTIONLESS, HIGH-SPEED TRANSPORTATION » p. 5 APTA’S PHASE 2 ROI STUDY » p. 39 CONTENTS 2 SPEEDLINES MAGAZINE 3 CHAIRMAN’S LETTER On the front cover: Greetings from our Chair, Joe Giulietti INVESTING IN ENVIRONMENTALLY FRIENDLY AND ENERGY-EFFICIENT HIGH-SPEED RAIL PROJECTS WILL CREATE HIGHLY SKILLED JOBS IN THE TRANS- PORTATION INDUSTRY, REVITALIZE DOMESTIC 4 APTA’S CONFERENCE INDUSTRIES SUPPLYING TRANSPORTATION PROD- UCTS AND SERVICES, REDUCE THE NATION’S DEPEN- DENCY ON FOREIGN OIL, MITIGATE CONGESTION, FEATURE ARTICLE: AND PROVIDE TRAVEL CHOICES. 5 MOYNIHAN TRAIN HALL 8 2021 CONFERENCE SCHEDULE 9 SHARED USE - IS IT THE ANSWER? 12 GLOBAL RAIL PROJECTS 24 SNIPPETS - IN THE NEWS... ABOVE: For decades, Penn Station has been the visible symbol of official disdain for public transit and 26 FRICTIONLESS HIGH-SPEED TRANS intercity rail travel, and the people who depend on them. The blight that is Penn Station, the new Moynihan Train Hall helps knit together Midtown South with the 31 THAILAND’S FIRST PHASE OF HSR business district expanding out from Hudson Yards. 32 AMTRAK’S BIKE PROGRAM CHAIR: JOE GIULIETTI VICE CHAIR: CHRIS BRADY SECRETARY: MELANIE K. JOHNSON OFFICER AT LARGE: MICHAEL MCLAUGHLIN 33
    [Show full text]
  • Istanbul Ulasim
    Istanbul Ulasim Company Presentation January, 2014 1 Istanbul City Istanbul Ulasim Activities Railway Projects in Istanbul 2 Istanbul City 3 Istanbul 5.343km 2 Area Strategic Location Demography & History Along the historical Silk Route Population of 13.8 million, Total area: 5.343 km 2 Trans-continental city A history of 8.500 years The city from north to south: 45 km, east to west: 165 km 4 Transportation Statistics 13.8 27 600 1.1 Million Million New vehicles Million Population Daily trips Added to the roads Daily trips between everyday continents 5 Transportation Statistics 2.5 1.8 25.000 49 MIN. 133 Million Million km Average Cars per Vehicles Vehicles Network Trip Time 1000 residents on the Road Everyday 6 Transportation Modes T. Modes Road System 83.7 % Rail System 13 % Waterborne 3.3 % Private Cars Istanbul Ulasim (tram, Sehir Hatlari (public operator) Buses subway) Private Boats Privately-owned public TCDD (commuter line) buses IETT (Tunnel, heritage Private Buses tram) Minibuses, Taxis 7 Governance of PT Istanbul Lord Mayor Secretary-General Deputy Secretary-General (Transportation) Railway Systems Transportation Department Department Railway Systems Railway Systems Transportation Planning Traffic Division (European) Division (Asian) Division Division Public Transportation Transportation Division Coord. Division Affiliates Mega Projects in Istanbul Marmaray The Eurasia Tunnel The 3 rd B. Bridge The 3 rd Airport The Istanbul Canal Bosporus Strait Bosporus Road Crossing The artificial sea-level 8 Lanes of motorway 150 million passenger Rail Transit Project Project waterway 2 Rail Lines Operation rights for 25 Overall Length 76 km 14.6-km route including Connects the Black 2012-2015 years Tunnel 13.6 km a 5.4-km twin-deck Sea to the Marmara € 22 billion pphpd 75.000 tunnel Sea $ 2.5 -3 billion BOT -$ 1.3 billion ~$10 billion 9 Istanbul Ulasim 10 Istanbul Ulasim Products and Services Operational Maintenance Engineering & Rolling Stock Turnkey Services Services Consulting Design and Electromec.
    [Show full text]