2. RAILWAY TRANSPORT
The rail road is basically a long hauler and slow mover of raw
materials (coal, lumber and chemicals) and of low-valued
manufactured products (food, paper and wood products) and
prefers to move shipment sizes of at least a full wagon load
(Ballou, 1999). According to Nash and Whiteing (1988), rail
transportation services can be classified in four categories as
(1)less than wagonload (services ranging from parcels conveyed
by passenger train to grouped consignments conveyed by freight
train), (2) wagonload (consignments which fill one or more
wagons, but which are not large enough to justify provision of a
dedicated train), (3) trainload (dedicated block train running from
one terminal to another) and (4) intermodal. When the last
intermodal option about railways is considered, it is seen that
railways’ use in increasing due to developments in different
technologies and infrastructure such as RO-LA systems .
(Denktaş,G.2010)
4. White Paper
European Commission(EC.) has putted user's requirements bases of
strategies by accepted white book in September, 2001 and has
developed 60 preventions with this approach
The first prevention is regenerating the railways, seaways, inland
waterways and establish a connection with each others and providing
controlled growth in highway by this means EC aims to offset the
whole transportation modes
High quality and reliable services and providing concrete support for
sustainable development aimed by EC.
At the same time, EC. is planning to establish a close connection
between growth of economy and transportation for decreasing the
pressure on the environment.
White Paper “European Transport Policy for 2010: Time to Decide”, 2001 European Commision.
5. White Paper
EC. wants to make transportation policy with that 60
Preventions. Some of them related with raillway are
specified below;
Prevention of Congestions:EC. has developed 30
milion Euros budgeted(per year) Marco Polo
Programme for intermodel transportation to integration
of railways, seaways and inland waterways.
Main Infrastructure Works:In the context of TEN-T
Project, EC is foreseeing that efforts will be
intensificated for high speed railways and airway
connections and increase the share of railway cargo
transportation .
White Paper “European Transport Policy for 2010: Time to Decide”, 2001 European Commision.
6. White Paper
A new additional policy document, identify the EU’s(Roadmap to a Single
European Transport Area – Towards a competitive and resource efficient
transport system) 40 enterprises for 2050, are participated at updated
version of white paper 2011.
Freight shipments over short and medium distances (below some 300
km)7 will to a considerable extent remain on trucks. It is therefore
important, besides encouraging alternative transport solutions (rail,
waterborne transport), to improve truck efficiency, via the development and
the uptake of new engines and cleaner fuels, the use of intelligent transport
systems and further measures to enhance market mechanisms.
www.tobb.org.tr Türkiye Ulaştırma ve 2011 Lojistik Meclisi Sektör Raporu
7. White Paper
%30 of highway cargo transportation aimed to shift railway and
seaway transportation until 2030 and %50 of highway cargo
transportation aimed to shift railway and seaway transportation until
2050. For the realization of this objective providing the necesseray
infrastructure were decided by EC.
EU. is in need of the best freight corridors for energy use and
emission.
EC. Emphasized required structural change for increase the share
of railway transportation in long-medium distance cargo and
passenger transportation.
Also emphasized the prominent role of ports as logistics centers.
Until 2050 aimed to connect all the major air and sea ports, railway
network.
www.tobb.org.tr Türkiye Ulaştırma ve 2011 Lojistik Meclisi Sektör Raporu VIDEO
8. DEREGULATION
Deregulation is the removal or simplification of
government rules and regulations that constrain the
operation of market forces.
It is different from liberalization, where more players
enter in the market, but continues the regulation and
guarantee of consumer rights and maximum and minimum
prices.
http://en.wikipedia.org/wiki/Deregulation
9. DEREGULATION
IN UNITED STATES
Privatization of US Railways
The first round of policy change was the Railroad
Revitalization and Regulatory Reform Act of 1976.
Staggers Rail Act of 1980:this meant that railway companies
were allowed to compete with each other, and set the
transportation prices freely
http://people.hofstra.edu/geotrans/eng/ch9en/appl9en/ch9a1en.html
10. DEREGULATION
IN UNITED STATES
Consequenses;
The railroads immediately divested themselves of their unprofitable
passenger business, and began to concentrate on their core freight
activity
The railroads began abandoning tracks. Operators increasingly
focused on strategic long distance corridors linking major gateways and
inland markets.
Operating costs were reduced significantly by staff reductions .
The post deregulation period has been marked by a significant
development in mergers and acquisitions. From 56 Class I railroads in
1975 the number has been reduced to 7 in 2005, two of which are
Canadian.
Finally, the restrictions on intermodal ownership and operation has led to
a revitalization of the general freight business with alliances with
trucking companies to carry their long distance cargo.
http://people.hofstra.edu/geotrans/eng/ch9en/appl9en/railperformance.html
11. DEREGULATION
IN UNITED STATES
http://people.hofstra.edu/geotrans/eng/ch9en/appl9en/railperformance.html
12. DEREGULATION IN UK
Privatization Process
The process in Britain started with round negotiations within the government in
the mid 1980’s
In 1987,vertical separation was used.It was failure
British Rail was privatised in 1994 but the failure of Railtrack led to the creation
of Network Rail, a ‘not for profit’ company in 2002. The Labour Government has
continued to privatise or part-privatise other parts of the UK public sector since
came to power in 1997
13. DEREGULATION IN UK
Consequences;
privatization created markets and demand
privatization broke down barriers to entry in
industries and made them more contestable.
Capping is an appropriate way to curtail
the monopoly power of “natural monopolies”
http://kouvola.lut.fi/files/download/Tutkimusraportti169_OP_B.pdf
14. DEREGULATION IN CHINA
Labour productivity of the Chinese Rail system is relatively low. As
Figure 8 shows, in 1990 the average train-km per staff of the Chinese rail
network was 496, compared with the average of 2926 for Western
European railways.
As the economy grows and increasing demands are placed on the
rail sector, certain specific problems are emerging
Because of the fast-growing demand and capacity constraints,
China Rail’s management attention has focused on maximising
operational efficiencies
RAILWAY REFORM IN CHINA PROMOTING COMPETITION, Summary and Recommendations of
an OECD/DRC Seminar on Rail Reform in Beijing 28-29 January 2002
15. DEREGULATION IN CHINA
In the mid-1990s, faced with a financial deficit in the rail
sector, China experimented with certain reforms. In 1998, the
Ministry of Railways piloted a “responsibility system”
These reforms have been carried out by means of responsibility system
Production quotas have been implemented on a per-worker basis,
Reform of the labour, personnel and distribution systems
The Ministry of Railways has speeded up its pace of shifting its
administrative functions,
Four railway bureaux have set up a separate legal entity to
provide passenger transport services;
Five major companies in railway engineering, railway
construction, rolling stock manufacturing, telecommunications
signalling, and civil engineering have been detached from the
Ministry
The Ministry of Railways has organised three large-scale campaigns to
increase train speeds on trunk railway lines on April 1, 1997, October 1,
1998, and October 21, 2000 respectively.
16. DEREGULATION IN RUSSIA
Russia went through wide-ranging deregulation (and
concomitant privatization) efforts in the late 1990s
under Boris Yeltsin, now partially reversed under Vladimir
Putin. The main thrust of deregulation has been the
electricity sector (see RAO UES), with railroads and
communal utilities tied in second place.[citation
needed] Deregulation of the natural gas sector (Gazprom) is
one of the more frequent demands placed upon Russia by
the United States and European Union.
http://en.wikipedia.org/wiki/Deregulation#Russia
17. RECONSTRUCTING
Reconstructing of
Railway Sector and TCDD
Prepared by the Ministry of Transport Railway Law on the grounds of
EU acquis aim reconstruction in railway services based on the
principals of competition and becoming sector deregulated for getting
into the market.
DRAFT LAW OF DEREGULATION ON TURKISH RAILWAY
TRANSPORTATION
18. ECONOMIC
Africa:$508 million Latin America Caribbean : $3,227million
East Asia & Pacific:$1,398 million Middle East & North Africa: $540 million
Europe & Central Asia:$1,023.4 million South Asia : $309 million
http://web.worldbank.org/WBSITE/EXTERNAL/TOPICS/EXTTRANSPORT/EXTRAILWAYS/0,,contentMD
19. ECONOMIC
Energy efficiency
Rail is on average 2 - 5 times more energy efficient than road,
shipping and aviation
Through approaches including eco-driving,use of new rolling stock,
and operational measures, railways continue to improve
http://www.etc-corporate.org/resources/uploads/railways&environment_facts&figures.pdf
20. ECONOMIC
On the technical side, technical improvements
have permitted roughly a 50% reduction in freight
costs per tonne-km on the major freight systems,
primarily through more intensive use of capacity
and reduction in energy costs, coupled with far
better use of information to control system
quality and enhance pricing.
The containerization revolution that started in the
maritime area ended up as a major source of traffic
for railways, especially in the US and Canada,
though Russia, China and India have seen
significant traffic increases in containers.
21. SOCIAL
Noise emissions
Noise is perceived as the most important environmental problem
for people living close to railway lines
İnfrastructure companies and railway operators are working at progressively
reducing noise emissions from rail
http://www.etc-corporate.org/resources/uploads/railways&environment_facts&figures.pdf
22. SOCIAL
Railway noise control possibilities
Significant progress has been made in noise abatement over the
past 50 years.The systematic study and research of the issue has lead
to the introduction of disc-braked passenger vehicles,new freight wagons
with K-blocks,or the construction of noise barriers along major lines.
At the source:Rolling noise is caused by small irregulations on both
wheel and the track in the contact area between the two.
Between the source and neighbouring buildings:A possibility to reduce
noise is to use noise barriers
Near the neighbouring buildings:Noisy can be reduced in the immediate
vicinity of the habitant on the building by using insulated windows.
http://www.uic.org/etf/publication/publication-detail.php?code_pub=516
23. SOCIAL
Noise Barriers
http://www.uic.org/etf/publication/publication-detail.php?code_pub=516
24. SOCIAL
Railway noise reduction projects
Railways have, in the last decade, developed sector
funded or EC co-funded research and development projects
to understand and mitigate railway noise from its source.
Recent and ongoing important rail noise activities include:
Silence,EU project
2005-2008
QCity, EU project
2005-2009
STAIRRS,EU project
2000-2003
25. SOCIAL
Silence Project(2005-2008):
EU together with public and private partners
Control of noise at the source,
Noise emission,
The human perception of noise,
New technological solutions have been developed for quieter road and
rail vehicles, rail infrastructure, road surface and vehicle-tyre-road
interaction.
A sound synthesis software has also been developed to optimise and
simulate the noise reduction of a train or car pass-by.
SILENCE provides a toolkit to reduce noise through traffic management
and in-vehicle driver support systems
http://www.silence-ip.org/site/#548
27. TECHNOLOGICAL
The biggest technological impact on the rail
industry are passenger rail innovations, especially
High Speed Rail (HSR).
Japan is the first country to develop HSR
technology in 1963 with introduction of the
Shinkansen Train.
The principal benefits from, HSR are:
time savings
additional capacity
reduced externalities from other modes
generated traffic
wider economic benefits
38. HST.Ongoing the Construction
By constructing the appropriate high-speed railway,(250 km/h) travel
time between Ankara and Istanbul will come down to 3 hours.
39. HST. Ongoing the Construction
Tukey is building up HST Railway line in west-east direction. The project
aims to reduce the transit time from 11 hours to almost 2 hours.
40. HST-In Phase of Project
Sivas-Erzincan High Speed Rail Project is a continuation of the Ankara-
Sivas High Speed Railway Project route, has participated in the
investment proramme of 2011
41. HST-In Phase of Project
High-speed railway line is planned to link with Bursa by made 110
km new railway. With the completion of the project, the travel time
between Ankara and Bursa will be 2 hours and 15 minutes.
42. HST-In Phase of Project
Between Ankara-Afyon is planned 1,5 hours and Afyon-İzmir is
planned 2,5 hours and totally Ankara-İzmir is planned 3,5 hours.
Preperations of Tender of the first step of HST project between
Ankara-İzmir, (Polatlı- Afyon) is ongoing.
.
43. ENVIRONMENT
External costs
congestion,
air pollution, climate change,
accidents,
noise,
up- and down-stream processes(vehicle and fuel
production and infrastructure provision),
costs for nature and landscape or additional costs in
urban areas.
External costs are costs generated by transport
users and not paid by them but by the society.UIC
recommends internalisation of these external costs to
allow transport users to take the right decisions and the
polluter pays principle to optimise the transport sector.
http://www.uic.org/spip.php?rubrique1588
46. ENVIRONMENT
Total external costs and transport subsidies found for EU-15,2007
http://www.eea.europa.eu/data-and-maps/figures/total-external-costs-and-transport-
subsidies-found-for-eu-15
49. ENVIRONMENT
CO2 is the major greenhouse gas contributing to global
warming and climate change.
Travelling by rail is on average 3-10 times less CO2
intensive compared to road or air transport.
Electric railways(Electricity Mix) could achieve zero CO2
emissions if the electricity production is sourced from
renewable energy sources such as wind energy,hydro and
the other renewables.
51. Suppliers
Locomotive Producers
Wagon Producers
Rail and Infrastructure Material
Producers
Railway Vehicles Maintenance and
Repair Operations
Production and Distribution Services
of Electricty
52. SUPPLIERS
The track, signalling, and other infrastructure facilities
are owned by Railtrack
Maintenance, renewal and design works are divided among
too many suppliers. These companies have been sold with
contracts in place.
Regular routine maintenance is the responsibility of the
TOCs, The repair of rolling-stock is the work of ‘heavy
maintenance suppliers’
There are workshops, some of which were sold into the
private sector provide for major overhauls and refurbishment
programmes.
Network Rail is the government-created owner and operator
of most of the rail infrastructure in Great Britain
(England,Scotland and Wales).
Network Rail owns the infrastructure, including
the railway tracks, signals, tunnels,bridges, level
crossings and most stations.
53. Suppliers in Turkey
Public Instutions
Company Name Field Activity
Türkiye Lokomotif ve Motor Sanayii (TULUMSAŞ) Procurment of Locomotive and Wagon
Türkiye Demiryolu Makinaları Sanayii
(TUDEMSAŞ) Procurment of Railbus and Wagon
Türkiye Vagon Sanayii A.Ş. (TUVASAŞ) Procurment of Goods Wagon
Ankara Demiryol Fabrikası (ADF) Repairment of Railway Vehicles
Private Sector
ØDemireller A.Ş.
ØYavuzlar A.Ş,
ØYücesan A.Ş,
ØŞolpan Makina, Repairment of Railway Vehicles
ØMert Makina,
ØRaylı Taşıtlar,
ØHıztaş
www.tcdd.gov.tr (DPT 9.Kalkınma Planı)
54. CUSTOMERS
The railway’s customers will be segmented into
broad market or business groups, such as:
Commuters :A person who regularly travels from one
place to another, typically to work
Medium-Long Distance Passengers
Freight Customers
Parcels and Express Freight Customers
Commercial Property Lessors
Others (e.g. advertisers using railway property)
http://www.unescap.org/ttdw/Publications/TIS_pubs/pub_1872/marketing-chap6.pdf
55. CUSTOMERS
Network Rail's main customers are the separate and mostly private-
sector train operating companies (TOCs), responsible for passenger
transport, and freight operating companies (FOCs), who provide train
services on the infrastructure that the company
owns and maintains.
56. Private Sector
Wagons does not belong to TCDD belong the
another pirvete individual or corporation
operated in lines of TCDD.
Freight of Carrieges with wagons does not
belong TCDD charged by line occupation
fee. Other fees are charged according the
TCDD’s tariffs
TÜRKİYECUMHURİYETİDEVLETDEMİRYOLLARI İŞLETMESIGENELMÜDÜRLÜĞÜ (TCDD) HATLARINDA
DİĞER ŞAHISLARA AİT VAGONLARIN İŞLETİLMESİNE DAİR YÖNERGE
59. Comparasion With Other Modes
http://log.logcluster.org/response/transport/LOG23TRANSPORTComparisonmatrixfortransportmodes_large.jpg
60. MARKET SHARE OF RAIL FREIGHT
TRANSPORT
http://www.deutschebahn.com/site/shared/en/file__attachements/publications__broschures/c
ompetition__report__2011.pdf
61. MARKET SHARE OF RAIL
PASSENGER TRANSPORT
http://www.deutschebahn.com/site/shared/en/file__attachements/publications__broschures/competition__report__2011.pdf
62. RAILWAY TRANSPORTATION
Rail is one common method of freight
transportation. This is a cost-effective method,
especially for carrying energy freights.
Because this method has less speed and lower
reliability, it costs much less than other methods.
Compared to truck transportation, it can
making freight more affordable. Transport bulkier and
heavier commodities such as coal, chemicals, and
petroleum in large volume to more distant areas
63. RAILWAY TRANSPORTATION
Another advantage of railroads is that
service providers can use existing
infrastructures; in most countries,
governments provide the infrastructure and
therefore it needs less investment,
However, in some countries, especially
underdeveloped ones, not all of a region is
covered by railways. As a result, there is less
opportunity to use this mode to transport
energy freight on a national scale.
64. Railway projects have been
made and being made in
Turkey and Europe
1. Pan-Europen Corridors
2. Traceca
3. Current Situation in Turkey
4. Viking
5. Ten-t
6. Marmaray
7. Target 2023
8. Balo
67. Current Situation
EDİRNE
ZONGULDAK
SAMSUN
İSTANBUL KARS
Adapazarı
ERZURUM
BANDIRMA
ANKARA ERZİNCAN
BURSA ESKİŞEHİR SİVAS
POLATLI
AFYON
ELAZIĞ
TATVAN VAN
İZMİR KAYSERİ
MALATYA
KONYA DİYARBAKIR
ADANA GAZİANTEP
MERSİN
2012 : 12.000 km ( Konvansiyonel +
Yüksek Hızlı )
Railway Network in Pre-Republic 4.136 km ANAHAT
First Years of Republic of Turkey(1923-1950) 3.764 km ANAHAT (Yılda Ortalama 134 km)
After 1951 / Until 2002 945 km ANAHAT (Yılda Ortalama 18 km)
Since 2003 to 2011 ( include 2011 ) 1.136 km ANAHAT (Yılda Ortalama 135 km)
Ongoing Constructions 2.047 km ANAHAT
69. Logistics Centers
Logistics centers; is defined as the area where
include different national and international
operators and carriers, cargo distribution, storage
and all the other services.
In this centers railway, highway, seaway
sometimes airway connections are provided. On
the other side combined transport facilities,
storage and transport services is supplied.
What is in Logistics Center?
Container loading and unloading and storage
areas.
Airside
Customer office, parking area, articulated lorry
parking area
Banks, restaurants, hostels, maintenance-repair
and washing plant, gas stations, warehouses
Train organisations and shipping ways
www.tcdd.gov.tr
70. Logistics Centers
Samsun (Gelemen), Denizli (Kaklık), İzmit (Köseköy), Eskişehir (Hasanbey),
Kayseri (Boğazköprü) first step of construction is completed
Eskişehir (Hasanbey) ve Kayseri (Boğazköprü)’second step of construction will
start. Erzurum (Palandöken) and Balıkesir (Gökköy)’ construction process will
start. Working about other logistics centers are also ongoing.
71. Viking Project
Viking Projet is a combined
transportation Project.
The shareholder og this project
are Lithuania, Byelorussia and
Ukraine.
By this project 20’ containers, 40’
containers, refrigerated containers,
railway wagons, trailers, trucks,
semi-trailers can be transported.
www.tcdd.gov.tr
72. Viking Project
First voyage of the project was in 2003. At the start operated one day a
week train, due to high demand added three additional times.
Operating in Lithuina-Bylorussia-Ukrain rout Viking Train is tried to be
connected with ferry which is operating in Ukraine-İliçevski/Derince for
tranasshipping cargos from Port of Derince/Samsun to Turkish wagons.
Thus, aiming to set up connection.Through Turkey to the Mediterranean,
Europe, the Middle East and Central Asia
The shortest way aimed for connection of Europe to Asia, Caucasus and
Middle East by using TRACECA corridor.
www.tcdd.gov.tr
74. What is TEN-T
Transport infrastructures
The TEN-T Components
The ultimate policy objective of the TEN-T is the establishment of a single,
multimodal network covering both traditional ground-based structures and
equipment (including intelligent transport systems) to enable safe and efficient
traffic. Increasingly, it also involves the deployment of innovative systems that
not only promise benefits for transport but also have substantial potential for
industrial innovation.
The Trans-European Transport Network shall be established gradually by
integrating land, sea and air transport infrastructure components, and by
including the necessary technical installations, information and
telecommunication systems to ensure smooth operation of the network and
efficient traffic management.
The transport infrastructure components are road, rail and inland waterway
networks, motorways of the sea, seaports and inland waterway ports, airports
and other interconnection points between modal networks.
Intelligent transport systems include the traffic management systems for road,
rail, air and waterborne transport as well as the positioning and navigation
systems.
http://tentea.ec.europa.eu/en/ten-t_projects
75. TEN-T
Rail
The EU’s rail network consists of both high-speed and conventional rail lines
and their related infrastructures and facilities which enable rail and and other
transport modes to be integrated.
Rail projects aim to ultimately create a safe and high-quality infrastructure, by
ensuring network continuity and interoperability.
http://tentea.ec.europa.eu/en/ten-t_projects
76. TEN-T
European Rail Traffic Management System (ERTMS)
ERTMS is a harmonised command and control system recommended for
the European railway network.
ERTMS and its related projects aim at ensuring continuity
and interoperability, bringing users a high-level of security and safety.
http://tentea.ec.europa.eu/en/ten-t_projects
77. MARMARAY
Turkey's age-old dream and the world's most important project of the
Marmaray project;
•Continious railway transportation will be provieded between Gebze-
Halkalı thus will be a fundamental solution to the problem of urban
traffic.
Compliance with the European Union's high-speed rail networks, which
is an important step in the direction of the Marmaray, Ankara-Istanbul/
Kars-Tbilisi High Speed Train together with the implementation of
projects, provide a fast, economical, seamless rail link from Europe to
Asia, from west to east.
www.tcdd.gov.tr
78. Target 2023
Line Renovation Work; Capacity of Carriage:
Planned to be completed in 2015. % 45 increase
EDİRNE
SAMSUN
İSTANBUL
KARS
ADAPAZARI
ANKARA
BALIKESİR ESKİŞEHİR SİVAS
ERZURUM
ERZİNCAN
MANİSA ELAZIĞ
İZMİR AFYON KAYSERİ
DİYARBAKIR
MALATYA
AYDIN KONYA
ADANA GAZİANTEP
MERSİN
NEW HIGH-SPEED LINES
RENEWED CONVENTIONAL LINES
ONGOING RENEWAL of the LINES
Ongoing renewal of the lines, 2210 Km (%18) WILL BE RENEWED LINES
79. Target 2023
Signalization of Current Line; Carriage of Capacity :
Planned to be completed in 2017. % 60 increase
EDİRNE
SAMSUN
İSTANBUL
KARS
ADAPAZARI
ANKARA
BALIKESİR ESKİŞEHİR SİVAS
ERZURUM
ERZİNCAN
MANİSA ELAZIĞ
İZMİR AFYON KAYSERİ
DİYARBAKIR
MALATYA
AYDIN KONYA
ADANA GAZİANTEP
MERSİN
HIGH-SPEED SIGNAL LINES
CONVENTIONAL SIGNAL LINES
ONGOING CONSTRACTIONAL LINES
Ongoing signalization process of the lines, 8092 Km LINES TO BE
(%67)
80. Target 2023
Electrification of Current Lines; Carriage Capacity :
Planned to be completed in 2019. % 30 increase
EDİRNE
SAMSUN
İSTANBUL
KARS
ADAPAZARI
ANKARA
BALIKESİR ESKİŞEHİR SİVAS
ERZURUM
ERZİNCAN
MANİSA ELAZIĞ
İZMİR AFYON KAYSERİ
DİYARBAKIR
MALATYA
AYDIN KONYA
ADANA GAZİANTEP
MERSİN
ELEKTRICAL HIGH- SPEED LINES
ELEKTRICAL CONVENTIONAL LINES
ONGOING CONSTRACTIONAL LINES
Ongoing electrification process of the lines, 7953 Km LINES TO BE
(%66)
81. Target 2023
Modernization of Vehicle Fleet:
Planned to be completed in 2019.
TRACTIVE STOCKS WILL BE SUPPLIED
300 PCS Elektrical Mainline Lokomotive
144 PCS EMU – DMU Set
180 PCS High Speed Train Set
TRACTIVE STOCKS WILL BE SUPPLIED
•8.000 PCS Goods Wagon
82. Target 2023
New Line Constructions
Approximately 10,000 km of high-speed railways and 4,000 km conventional line will be
Approximately 10,000 km of high-speed İ railways and 4,000 km conventional line will be
KARADEN Z
constructed. By this mean Total railway network of Turkey will be approximately 25.940
constructed. By this mean Total railway network of Turkey will be approximately 25.940
km..
km
EDİRNE BARTIN
SAMSUN
İSTANBUL Ereğli
TRABZON
Karasu
Kartal KARS
Halkalı Sapanca
ADAPAZARI
Gemlik
BİLECİK
ANKARA
BALIKESİR BURSA ESKİŞEHİR SİVAS
Sincan Yerköy ERZURUM
ERZİNCAN
Polatlı
Hanlı
Aliağa MANİSA ELAZIĞ
UŞAK
Turgutlu Boğazköprü
İZMİR AFYON KAYSERİ
DİYARBAKIR
Torbalı MALATYA Kurtalan
AYDIN KONYA
MARDİN Cizre
Ulukışla ŞANLIURFA
Narlı Nusaybin Habur
Güllük ADANA GAZİANTEP
Karkamış
KARAMAN Yenice Mürşitpınar
ANTALYA
Manavgat
MERSİN
Alanya
HALEP MEVCUT YHT HATLARI
MEVCUT KONVANSİYONEL HATLAR
Demiryolu Payı Hedefleri Mevcut Durum 2011- 2015 YHT HATLARI
Yolcu Taşımacılığı : %10 %2 2011- 2015 KONVANSİYONEL HATLAR
2016- 2023 YHT HATLARI
Yük Taşımacılığı: %15 %5 2016- 2023 KONVANSİYONEL HATLAR
83. BALO Project
Aim:
To meet the business people and member of MTSO logistics
needs and lowering the logistics costs.
To gain the new and advantageous transport channels to
business people and exporters for growing the export market
share of Turkey.
Target:
Establish the first Organized Industrial Zone Logistics Village
of Turkey in Manisa Organized Industrial Zone. Transport the
export cargos more economically and faster to Europe
.
84. Places to Build Balo Project
• Port of Tekirdağ
• Port of Bandırma
• Okçugöl Consolidation Center
• Mustafakemalpasa Consolidation Center
Cargo Collection Center
• Eskisehir
• Manisa,
• İzmir,
• Denizli
• Ankara,
• Konya,
• Kayseri,
• Gaziantep
• Muratlı / Tekirdag Konsolidasyon Merkezi
85. WORKING STYLE OF BALO
•Cargos will be taken from the exporter’s door with containers
than they will take away to consolidation centers in
Mustafakemalpaşa and Okçugöl by railway and highway,
• It will be dedicated according to the destination in Europe and
constitute block train which has 17 wagons and carry 34 45”
containers.
•A special dock will be constructed in port of Bandırma and block
train will board the train ferry from this dock,
•After get off the train ferry in port of Tekirdağ it will go abroad
from Kapıkule Board Gate by using the Muratlı route.
• Containers in block train which come to destination point are
delivered to (tren üstü alıcılar) and also to other consignees with
inland transporter trucks
•Goods are collected in abroad from senders for coming Turkey
are consolidated in Europen Logistics Village Association
member’s Logistics centers. Than they tranport to Turkey again
by block train and delivered the various final destinations.
88. Comparasion of Balo’s Railway
Transportation Freight against Seaway
and Highway Transportation Freigt
T/T
From Ankara
Day BALO Sea Road
Viyana 7 1,300 2,231 2,400
Nürnberg 8 1,375 2,236 2,700
Köln 9 1,400 1,941 2,800
Lyon 9 1,500 2,041 2,900
T/T
From İzmir
Day BALO Sea Road
Viyana 5 1,100 1,640 2,350
Nürnberg 6 1,200 1,440 2,600
Köln 7 1,225 1,340 2,700
Lyon 7 1,390 1,610 2,800
Door to Door Freight
Currency: Euro
89. Turkey–European Countries
Our country has a railway
connection with Republic of Serbia,
Poland, Bulgaria, Romania, Czech
Republic, Hungary, Slovakia,
Macedonia, England, Spain,
Greece, Sweden, Norway, Crotia,
Slovenia, Germany, Austria,
Luxembourg,Italy, Netherlands,
Switzerland, Denmark, France,
Belgium, Bosnia-Herzegovina.
www.tcdd.gov.tr
90. İstanbul-Tahran-İslamabat
Yük Kapasitesi : 500 ton
Seyahat Süresi : 11 gün
Freight train service discontinued in November 2011 but there are
some news about this service it will begin again on July 15
But could not be reached clear information about it.
www.tcdd.gov.tr
91. Türkiye-Suriye-Irak
İslahiye Boarder Gate connect Turkey to Syria and through Iraq.
Nusaybin Boarder Gate connect Turkey to again Syria and through Iraq.
And Kapıköy Boarder Gate connect Turkey to Iran and beyond the
countries of Iran.
www.tcdd.gov.tr
The numbers for subsidies comprise on-budget subsidies, annual public funding of infrastructure and exemptions from or reductions to fuel tax and VAT
- COMMUTERS: This term is normally used to describe passengers who use railway services to travel between their homes in the suburbs of a city and their places of employment in the city centre. Typically, such journeys cover distances of no more than 100 km. -MEDİUM-LONG DİSTANCE PASSENGERS: Generally used to denote passengers using rail to travel over distances of greater than 100 km, often between major cities.
Transport Corridors and Developments in the EU EU contries established Asia-Europe transport corridors in order to increase trade with Asian countries and to get more share from Asian markets.This transportation corridors effecting Turkey by the way of railway listed below: Pan-Europe 4. Corridor 4th corridor connected to Thessaloniki and Istanbul and the other side Constanta by the road of Berlin-Prague-Budapest is important that Turkey takes place as route country in the Pan-Europe transportation corridor. The project covers 3640 km by road, 4340 km of railways, 8 sea and river ports and 10 airports.
Transport Corridor Europe – Caucasus – Asia (TRACECA)) which is implemented by the European Union regulates Pan-European Transport Corridors. What is TRACECA? The technical assistance programme for the development of the transport corridor between Europe and Asia across the Black Sea, the countries of the South Caucasus, the Caspian Sea and the Central Asian countries – the TRACECA programme – was launched in May 1993 . Since then the EU has financed 62 technical assistance and 14 investments projects . TRACECA aims at supporting political and economic independence of the Republics by enhancing their capacity to access European and World markets through alternative transport routes, encouraging further regional co-operation among the partner countries and increasingly being a catalyst to attract the support of International Financial Institutions (IFIs) and private investors. The year of 2008 in the life of TRACECA is notable by such significant events as 15th Anniversary of the TRACECA Programme and 10th Anniversary of signing the “Basic Multilateral Agreement on International for Development of the “Europe-the Caucasus-Asia” Corridor”. On 16 June 2009 the Seventh Annual Meeting of the Intergovernmental Commission (IGC) TRACECA was held in the Kyrgyz Republic. Main issues of discussions were the state of play in 2008 of the Action Plan on Implementation of the IGC TRACECA Strategy on the Development of the Europe – the Caucasus – Asia Transport Corridor for the period up to 2015, the increase of the TRACECA corridor competitiveness and attraction of additional traffic flows, further prospects of the TRACECA development, and reforming the TRACECA structures in the context of the South-Eastern Axis development for the extension of the Trans-European Transport Networks to the neighbouring EU countries and the Central Asian countries. How does it work? The strategic framework of the Intergovernmental Commission (IGC) TRACECA comprises a number of pillars in order to achieve by 2015 the desired objective of delivering a sustainable, efficient and integrated multimodal transport system at both the EU and TRACECA levels: • Assisting in the development of economic relations, trade and transport communications in Europe, Black Sea region and Asia • Ensuring access to the world market of road, rail transport and commercial navigation • Ensuring traffic security, cargo safety and environment protection • Harmonisation of transport policy and legal structure in the field of transport • Creation of equal conditions of competition for transport operations Following the conclusions reached at the EU-Caspian region Transport Ministerial Conference on 14 November 2004 in Baku, 4 expert working groups have been created • aviation, • security in all modes of transport, • road and rail transport, • transport infrastructure At the occasion of the Second Ministerial Conference on transport Cooperation in May 2006, a fifth Working group on maritime transport has been created. Who are the TRACECA partners? In September 1998 , twelve countries (Armenia, Azerbaijan, Bulgaria, Georgia, Kazakhstan, Kyrgyzstan, Moldova, Romania, Tajikistan, Turkey, Uzbekistan, Ukraine) signed the “Basic Multilateral Agreement on International Transport for the Development of the Transport Corridor Europe-Caucasus-Asia” (MLA), including four supplementary technical annexes on rail and road transport, commercial maritime navigation, customs procedures and documentation during the International TRACECA Conference in Baku. At Issyk-Kul during the 7th Intergovernmental Conference the Islamic Republic of Iran was welcomed within TRACECA. Turkmenistan is a participating country in the Technical Assistance Programme without having signed the MLA. Kaynak:http://ec.europa.eu/europeaid/where/asia/regional-cooperation-central-asia/transport/traceca_en.htm
Demiryolu şebekesinin %21‟inde (2305 km) elektrikli, %24‟ünde (2665 km) sinyalli işletmecilik yapılmaktadır. Hatların %18,2‟sinde kurpların (viraj) yarı çapı 500 metreden küçüktür. Yarıçapı 1500 metreden küçük kurpların oranı %32‟dir. Toplam hatların %25‟inde eğim %10‟un üzerindedir. Hatların %11,7‟sinde çelik traversler döşeli durumdadır. Dolayısıyla demiryollarımız gelişmiş ülkelere göre son derece düşük bir standartta kalmıştır. 2010 yılı istatistiklerine göre, mevcut hatların %20,9‟u 21-30 yaş arasında, %18,4‟ü ise 30 ve üzeri yaş gibi çok yüksek bir yaş sınırının üstünde bakımsız kalmıştır. Mevcut tren trafiği altında yapılan yol bakım ve yenileme çalışmaları da son derece yetersizdir. Yakın tarihte yol bakım ekipleri, personel azaltma politikaları eşliğinde bilinçli olarak birbirleri ile yarıştırılarak teknik ölçütler dışında çalışmaya zorlanmışlardır.
Container loading and unloading and storage areas .
Promotion, public, privite partnership
O ngoing signalization process of the lines , 8092 Km (%67)
Approximately 10,000 km of high-speed railways and 4,000 km conventional line will be constructed. By this mean Total railway network of Turkey will be approximately 25.940 km.
But could not be reached clear information about it.
İslahiye Boarder Gate connect Turkey to Syria and through Iraq. Nusaybin Boarder Gate connect Turkey to again Syria and through Iraq. And Kapıköy Boarder Gate connect Turkey to Iran and beyond the countries of Iran.
grafikte İstanbul'da 1997 yılında, toplam araçlı yolculuklar içinde % 3,6 olan demiryolu ulaşımının payı Marmaray Projesinin ve Ulaşım Ana Planı'nda yer alan diğer raylı sistem projelerinin hizmete girmesi ile 2010 yılında % 27,7 oranına ulaşarak Paris ve Londra gibi dünya kentlerini geride bırakacaktır.
Economic efficiency is one of the important factors in the selection of a transportation system. Because transportation services and investments are seen as a means of public service and social politics in many countries, economic efficiency criteria aren’t taken into consideration in planning and pricing these services and as a result, such problems as waste of resources, insufficient funding for transportation services, the tortuosity in the selection of transportation services and negative externalities are encountered. İn this study the comparison of economic efficiency based on cost, in which the costing of construction, maintenance and operating of highway and railway which are two main transportation are included, was done.