Romania (Ukraine Response)

2.1 Romania Port of Constanta


Port Overview

The port of Constanta and its ports - public-private maritime ports owned by the Romanian State which is responsible for their regulation and function. The National Company "Maritime Ports Administration" S.A. Constantza (MPA) is a company under the authority of the Ministry of Transports and Infrastructure. Within the Port of Constanta the maritime and cargo related services are mainly carried out by private companies in a competitive environment, applying the free market principles. The Commission in charge to coordinate for the movement of maritime and river vessels in Constanta.

Port website: https://www.portofconstantza.com/pn/en/home

 

Port Location and Contact

Country

Romania

Province or District

Constanta

Nearest Town or City with Distance from Port

Agigea (2 km)

Port's Complete Name

Constanta South

Latitude

44.158820

Longitude

28.639683

Managing Company or Port Authority

DPW, DB, SCS, MAERSK, ROMCARGO

Management Contact Person


Nearest Airport and Airlines with Frequent International Arrivals/Departures

MIHAIL KOGALNICEANU/Constanta

 

Port Picture

Description and Contacts of Key Companies

DPW is dealing with containers only, contact details: Raluca Daraban (Raluca.darban@dpw.com)

DB  working with bulk cargo, contact person: Catalin Vecerdea (catalin.vecerdea@dbschenker.com)

SCS works with bulk cargo and containerized cargo, contact person: Daniel Girleanu (daniel.girleanu@scs.ro)

MAERSK deals with vessels and empty containers, contact person: Lucian Motatu (Lucian.motatu@maersk.com).

List of all the registered companies to work inside the port can be found via this link: https://www.portofconstantza.com/pn/en/firma

Port Performance

Cargo throughput at the port of Constanta: 

Seasonal Constraints

Yes / No

From <month> to <month>

Rainy Season

Yes

Mar-May/Sep/Nov

Major Import Campaigns

No


Dilapidated conventional handling equipment e.g. shores cranes.

No


Shortage of labour especially on weekends or holidays for Conventional ship operations.

Yes


Handling Figures

Year 2021

Vessel Calls

3,569

Container Traffic (TEUs)

631,946

Handling Figures Bulk and Break Bulk for 2021

Bulk (MT)

Liquid Bulk: 12,821,712 MT

Dry Bulk: 44,562,451 MT

https://www.portofconstantza.com/pn/page/np_statistici_port

Discharge Rates and Terminal Handling Charges

150 EUR/Container. Port basic tariffs for services provided by C.N. A.P.M. S.A. Constanta on the account of the Romanian and foreign flagged vessels in the ports under its administration - valid as from January 1st, 2022 can be found via the following link:

Berthing Specifications

Type of Berth

Quantity

Length (m)

Max Draft (m)

Conventional Berth

13

285

19

Container Berth

17

636

14.5

Silo Berth

14

411

13

RO-RO/Ferry

N/A

364

13

Berthing Tugs 4 N/A N/A
Water Barges 4 N/A N/A

Vessel Depth

Depth

Meters

Max Permissible Vessel Depth

19

Max Permissible Vessel Length

300

General Cargo Handling Berths

Cargo Type

Berth Identification

Imports - Bagged Cargo

PL1-PL6, 110-120

Exports - Bagged Cargo

PL1-PL6, 110-120

Imports and Exports - RoRo

121-122

Other Imports

PL1-PL6, 110-120

Port Handling Equipment

Equipment

Available

Total Quantity and Capacity Available

Comments on Current Condition and Actual Usage

Dockside Crane

Yes

4

N/A

Container Gantries

Yes

3

N/A

Mobile Cranes

Yes

6

N/A

Reachstacker

Yes

30

N/A

RoRo Tugmaster (w/ Trailer)

Yes

2

N/A

Grain Elevator w/ Bagging Machines

No

N/A

N/A

Forklifts

Yes

50

N/A

Container Facilities

Facilities

20 ft

40 ft

Container Facilities Available

Yes

Yes

Container Freight Station (CFS)

Yes

Yes

Refrigerated Container Stations

Yes

Yes

Other Capacity Details

Daily Take Off Capacity (Containers per day)

1,500


Number of Reefer Stations (connection points)

700


Emergency Take-off Capacity (Give an indication)

N/A


Off take capacity of gang shift (in Containers per shift)

N/A

N/A

Customs Guidance

Documents needed for customs clearance:

  • Certificate of Analysis
  • Commercial Invoice
  • Bill of Lading
  • Proforma Invoice

In addition to these documents, for food, there should be also:

  • Certificate of Origin
  • Crop Year
  • Best Used
  • Phytosanitary
  • Fumigation Certificate
  • Health Certificate.

Clearing agent presents the above-mentioned documents and discharging permit to the customs authority. Customs will check the papers and give the green light to start discharging the vessel. Inspection will start. Upon clearing with customs, the agent proceeds to settle port charges and release consignment with other regulatory authorities. Once completed, then the liner will give the order to pick up the containers (release order). Here the customer (not the liner) should go to the customs to finalize the clearing process.

Terminal Information

Multipurpose Terminal

General cargo from PL1-PL6, then 110-120.

RoRo from 121-122.

Containers from 123-135

The main operator for this is DPW.

Grain and Bulk Handling

Available at the North port.

Main Storage Terminal

The port is backed up with storage facilities located inside the port. 


Storage Type

Number of Storage Facilities

Area

Bagged Cargo

15

15,000 m3

Refrigerated Cargo

1

3,00 m3

General Cargo

4

200,000 m3

Stevedoring

Stevedoring activities in port constitute discharge and loading activities for containerized, loose/break bulk, bulk liquid grain etc. The port authority offers all stevedoring activities except for bulk grain and liquid discharge/loading activities where specific operators have been licensed to offer the service. 

Hinterland Information

Goods are only released out of port after payment of all port dues, customs duties and when they meet other import conditions ascertained by other Government regulatory agencies. Exit from port and onwards into the hinterland is by rail, road and barges (river). There is more reliance on deliveries by road over 55%, 35% by rail, and 10% by barges. In order to speed up evacuation from port to deter demurrage and punitive port storage charges, cargo is also shunted ex-port by trucks onto warehouses or transit yards out of port from where it is then dispatched either by road or rail to its final destination in the hinterland.

Rail connection, each terminal is connected to the domestic and national/European railway network (Pan European Transport Corridor IV). Permanent railway services ensure the transport of large volumes of freight to the most important economic areas in Romania and Eastern Europe, and the Port of Constanţa represents an important transportation hub of the TRACECA Corridor. The rail network in the Port of Constanța is connected to the Romanian and European rail network, with the Port of Constanţa being a starting and terminus point for Corridor IV, a Pan-European corridor. The corridor IV follows the route: Dresden/Nuremberg –Prague– Vienna–Bratislava–Győr–Budapest–Arad–Bucharest–Constanţa/ Craiova–Sofia –Pernik Thessaloniki or Plovdiv–Istanbul.

Road connection, each terminal is connected to the domestic and national/European road network. The 10 gates of the Port of Constanţa are well connected to the national and European road network. The connection to the Pan-European Transport Corridor IV (road and railway) and the proximity to the Pan-European Corridor IX (road) passing through Bucharest are of strategic importance, thus linking Constanţa Port with countries without sea access in Central and Eastern Europe. The total length of roads in the port amounts to 100 km. The highway A2 connects Port of Constanţa with national road network. A2/A4 from Bucharest/Constanta coming directly to Agigea port.

Port Security

  • New electronic surveillance equipment including CCTV updated on 2020.
  • A fully fledged police station within the port headed by an Officer Commanding Police Division/OCPD Port.
  • Coastguard surveillance of waters in port area
  • Plain-clothes and uniformed security officers on patrol in port areas
  • Strict controls on port entry with all port users and visitors required to weigh reflector jackets when accessing the quayside.
  • Continuously manned watch towers in car handling area and container terminal
  • A rapid response team to deal with urgent security matters in or near the port area
  • A centralized verification area at the container terminal, car handling area and the CFS
  • Physical and electronic operated Barriers at port gates to deter forced entry and ensure proper security checks.
  • Random targeting of import and export containers for scanning without stripping – thus helping to reduce pilferage.


Security
ISPS Compliant Yes

Current ISPS Level

Level 1 = Normal, Level 2 = Heightened, Level 3 = Exceptional

2
Police Boats 6
Fire Engines 2
Helicopter for the Fire Brigade 1



2.2 Romania Suceava International Airport

Airport Overview

Suceava International Airport is the first Romanian airport that accessed European funds for modernisation. The airport has signed a financing contract for €39 million. The rehabilitation programme has finished and the airport’s infrastructure is modernised. On 25 October the first flights operated from the new airport. The geographical location places Suceava Airport in the heart of northern historical Moldavia by making it The Gateway to Bukovina.

Airport Location and Contact

Country 

Romania

Province or District 

Suceava

Nearest Town or City with Distance from Airport 

Suceava

Airport’s Complete Name 

Aeroportul Internațional "Ștefan cel Mare" Suceava

Latitude 

47.6840479

Longitude 

26.3499200

Elevation (ft and m) 

1,375 ft / 419 m 

IATA Code 

SCV  

ICAO Code 

LRSV 

Managing Company or Airport Authority 

Suceava Airport Company 

Management Contact Person 

Ioan Măriuță, Airport Manager

+40725899815 

Open From (hours) 

03:00 

Open To (hours) 

21:00 

Airport Picture

Description and Contacts of Key Companies

For more information on airport contacts and service providers, please see the following link:https://www.aeroportsuceava.ro/en/

Runways

Runway #1

Runway Dimensions 

8,071 ft / 2,460 m x 45m 

Orientation 

16/34 

Surface 

Asphalt 

Helicopter Pad(s) 

The airport has a helicopter pad, but it is currently not authorized to be used. However, the parking space is sufficient for helicopter landing  

Helipad

Present (Yes / No) 

Yes 

Largest helicopter that can land 

All types of helicopters 

Width and Length (metres) 

25 m x 25 m 

Surface 

Asphalt 

Airport Infrastructure Details 

The airport is located in the north-eastern part of Romania, 12 kilometres away from Suceava city centre, in Salcea town. It has excellent public transport access and close connections to Suceava and Botosani cities. Suceava “Ștefan cel Mare" Airport  (IATA: SCV, ICAO: LRSV) is located in the northeastern part of Romania, in Salcea town, at 12 km East from Suceava City and 30,5 km from Botosani City. The access it`s possible through a 3 km long road which connects the two cities to the airports facilities. ARP coordinates and site are at AD 474115N 0262114E. 

Customs 

YES  

JET A-1 fuel 

YES (50,000L)  

Immigration 

YES 

AVGAS 100 

 YES (1,100L)

Terminal Building 

YES 

Single Point Refuelling 

 YES

Passenger Terminal 

YES 

Air Starter Units 

 NO

Cargo terminal 

NO 

Ground Power (mobile) 

 YES

Pax Transport to Airfield 

NO

Ground Handling Services 

 YES (passenger baggage only)

Control Tower 

YES 

Latrine Servicing 

 YES

Weather Facilities 

YES  

Fire Fighting Category (ICAO) 

 7

Catering Services 

YES 

De-icing Equipment 

 YES

Base Operating Room 

YES 

Parking Ramp Lighting 

 YES

Airport Radar 

YES 

Approach & Runway Lights 

 YES

NDB 

 NO

VOR 

 YES

ILS 

 YES



Passenger Performance Indicator

In 2019, the airport has handled 430,000 passengers (in 2021, despite the Covid19, there have been an average of 60,000 passengers/month).

Airport Operating Details

Operating Details

Maximum Sized Aircraft that can be Offloaded on Bulk Cargo 

An-250- Maria (world’s largest aircraft with load capacity of 250 tons) 

Maximum Sized Aircraft that can be Offloaded on Pallet 

An-250- Maria 

Total Aircraft Parking Area (m²) 

31,122m2 (114m x 273m) 

Storage Area (m3 and MT) 

None

Handling Equipment

  • 1 towed passenger stair
  • 1 self-propelled telescopic passenger stair;
  • de-icing service vehicles – 2 pieces;
  • hauling machines for handling equipment– 1 piece;
  • baggage carts – 7 pieces;
  • self-propelled conveyor belt loader – 1 piece;
  • ground power unit - GPU115V/400Hz & 28.5V - 3 pieces;
  • air starter unit – 1 piece;
  • self-propelled potable water vehicle – 1 piece;
  • self-propelled lavatory service vehicle – 1 piece;
  • aircraft heater – 1 piece
  • de-icing/ anti-icing vehicles with type II liquid – 3 pieces;
  • firefighting special vehicles providing CAT 7 services in preventing and extinguishing fires – 2 pieces;
  • equipment for checking the breaking ratio of the traffic surface – 1 piece;
  • ambulance – 1 piece;
  • FOLLOW-ME motor vehicle – 1 piece;
  • snow plough with brush and sweeper blower – 1 piece;
  • tractor with plough and brush – 1 piece;
  • snow blowers – 3 pieces.

Storage Facilities

There is no storage facilities in the airport. The nearest storage facility is located 400m from the airport and currently being used by the Civil Protection authorities as a logistics hub for the Ukrainian crisis response (EU Hub).

Cargo Handling

There is no cargo handling company nor equipment. Cargo handling services can be separately contracted should the airport be used to receive cargo flights. Notification should be provided prior to cargo flights scheduling.


2.3 Romania Railway Assessment

Overview


Website of the Romanian Railway

Căile Ferate Române as the CFR is the state railway carrier of Romania. As of 2014, the railway network of Romania consists of 10,777 km (6,697 mi), of which 4,029 km (2,504 mi) (37.4%) are electrified. The total track length is 22,247 km (13, 824 mi), of which 8,585 km (5,334 mi) (38.5%) are electrified. The CIA World Factbook lists Romania with the 23rd largest railway network in the world. The network is significantly interconnected with other European railway networks, providing pan-European passenger and freight services. CFR as an entity has been operating since 1880, even though the first railway on current Romanian territory was opened in 1854. CFR is divided into four autonomous companies:

  • CFR Călători, responsible for passenger services;
  • CFR Marfă, responsible for freight transport;
  • CFR Infrastructură or CFR S.A., manages the infrastructure on the Romanian railway network; and
  • Societatea Feroviară de Turism, or SFT, which manages scenic and tourist railways.

CFR is headquartered in Bucharest and has regional divisions centered in Bucharest, Brașov, Cluj-Napoca, Constanța, Craiova, Galați, Iași, and Timișoara. Its International Union of Railways code is 53-CFR.

Romania is linked by rail with all neighboring countries.

Same gauge:

  • Bulgaria
  • Hungary
  • Serbia

Break-of-gauge 1,435 mm (4 ft 8+1⁄2 in)/1,520 mm (4 ft 11+27⁄32 in):

  • Ukraine
  • Moldova

Railway Companies and Consortia

The network used to be operated by Căile Ferate Române, the state railway company, but since 1998, a number of private companies have begun operations in passenger and/or freight transport.

The full list of Passenger Operators and contact details can be found here.

Freight Services

Freight services in Romania are operated mostly by CFR Marfă, the freight division of CFR, as well as by 28 other private companies who operate on lines leased from CFR Infrastructure. The CFR Marfă fleet is made up of 987 locomotives, most of which were built in Romania or the former Yugoslavia. The full list of Cargo Operators and contact details can be found here.

Service Infrastructure Tarif System

Official tarif system applicable on Romanian railways can be found here.

Official tarif system for CFR can be found here.

Capacity Table

Electric Locomotives

Most of the electric locomotives employed by CFR were built by Electroputere Craiova (known as EA-type) and Rade Končar Zagreb (known as EC-type). All are built for standard gauge (1,435 mm (4 ft 8+1⁄2 in)) and run using a catenary wire at 50 Hz 25 kV AC. All trains have electric heating. CFR owns 1,066 electric locomotives, 933 of which were built by Electroputere (Class 40, 41, 42) and 133 built by Končar (Class 43, 44, 46).

No

Class

Producer

 Specifications

Maximum Speed

1

Class 40

Electroputere

5100 kW Co'Co' axle formula

120 km/h

2

Class 41

Electroputere

5100 kW Co'Co' axle formula

160 km/h

3

Class 42

Electroputere

5100 kW Co'Co' axle formula. Only 1 was built, for speed tests.

200 km/h

4

Class 43

Končar

3400 kW Bo'Bo' axle formula

120 km/h

5

Class 44

Končar

3400 kW Bo'Bo' axle formula

160 km/h

6

Class 45

Electroputere – Siemens

5100 kW Co'Co' axle formula. Heavily modernised class 41 locomotives, with new bogies, gears, control systems and brakes. First CFR locomotives to use computerised traction control. 24 were in service, with 20 being converted from class 41.

160 km/h

7

Class 46

Končar and Softronic

3840 kW Bo'Bo' axle formula heavily modernised class 43/44 locomotives.

160 km/h

8

Class 47

Electroputere – Softronic (subclasses 476 and 477 - "Delfin" and 473 - Softronic Phoenix, for passengers)

– Promat (subclasses 470, 474, for freight)

6600 kW Co'Co' axle formula, modernized from class 40 and 41 for heavy loads.

120 km/h (subclasses 470, 474); 160 km/h (subclasses 473, 476, 477)

9

Class 48

Softronic

8200 kW Co'Co' axle formula Softronic Transmontana locomotive.

160 km/h

10

Class 50

Unknown

2900 kW Co'Co' axle formula

Ex. CFR Class 70/71 built for freight traffic. Only 1 was made,called 50-001-3

120 km/h

11

Class 40

Electroputere

5100 kW Co'Co' axle formula

120 km/h

12

Class 41

Electroputere

5100 kW Co'Co' axle formula

160 km/h

13

Class 42

Electroputere

5100 kW Co'Co' axle formula. Only 1 was built, for speed tests.

200 km/h

14

Class 43

Končar

3400 kW Bo'Bo' axle formula

120 km/h

15

Class 44

Končar

3400 kW Bo'Bo' axle formula

160 km/h

16

Class 45

Electroputere – Siemens

5100 kW Co'Co' axle formula. Heavily modernised class 41 locomotives, with new bogies, gears, control systems and brakes. First CFR locomotives to use computerised traction control. 24 were in service, with 20 being converted from class 41.

160 km/h

17

Class 46

Končar and Softronic

3840 kW Bo'Bo' axle formula heavily modernised class 43/44 locomotives.

160 km/h

Diesel Locomotives

CFR's diesel locomotives have been built by Electroputere Craiova (classes 60 to 68) and FAUR Bucharest (classes 69 to 95).

Classes 60 and 62 have as prime mover a twin-bank cylinder Sulzer 12LDA28 diesel engine rated at 2100 hp@750rpm, being derated from its nominal power by a smaller turbocharger and a lower max rpm. The difference between classes 60 and 62 is that the class 62 features traction motors certified and capable of pulling passenger coaches at 120 km/h instead of the 100 km/h allowed for class 60.

Classes 63 and 65 are modified by replacing Sulzer engines with 2 stroke 8 cylinders EMD 8-710G which develop 2150 hp at crankshaft at 900 rpm, the generators were replaced with alternators and DC traction motors were replaced with new ones. Class 63 has a max speed of 120 km/h while class 65 is limited to 100 km/h. 63 and 65 are in service for CFR Călători only for passenger coaches' traction. 63 and 65 do not feature Dynamic Braking Systems available in North America.


No

Class

Type

 Specifications

Maximum Speed

1

Class 60

Diesel electric

1546 kW and 1700 kW (Remarul Carpathia 2300 DE-M) Co'Co' axle formula

100 km/h

2

Class 62

Diesel electric

1546 kW Co'Co' axle formula

120 km/h

3

Class 63

Diesel electric

1582 kW Co'Co' axle formula. Modernised version of class 62 (includes electrical train heating and turbocharged 2 stroke, V8 EMD 8-710G diesel engine). Ca. 60 (including Class 65) in service.

120 km/h

4

Class 65

Diesel electric

1582 kW Co'Co' axle formula. Modernised version of class 60 (includes Electrical Train Heating and turbocharged 2, V8, EMD 8-710G diesel engine).

100 km/h

5

Class 67/68

Diesel electric

1546 kW Co'Co' axle formula. Same as class 60, but uses broad gauge (1,520 mm (4 ft 11+27⁄32 in)) for railways near the Moldovan and Ukrainian borders.

100 km/h

6

Class 69

Diesel electric

920 kW, Bo'Bo' axle formula

100 km/h

7

Class 73

Diesel electric

920 kW, Bo'Bo' axle formula. Same as class 69 but with two air compressors.

100 km/h

8

Class 80

Diesel hydraulic

920 kW, B'B' axle formula. Uses steam heating.

100 km/h

9

Class 81

Diesel hydraulic

920 kW, B'B' axle formula. Same as class 80, but has no train heating.

100 km/h

10

Class 82

Diesel hydraulic

1104 kW, B'B' axle formula. Based on class 80/81 overhauled by Alstom with new control systems, rebuilt body, electrical train heating and Caterpillar engine. Also 1000 kW B'B' axle formula modernized by Remarul.

100 km/h

13

Class 83

Diesel hydraulic

1104 kW, B'B' axle formula. Same as class 82 but uses MTU engine.

100 km/h

14

Class 84

Diesel hydraulic

920 kW, B'B' axle formula. Same as class 80 but is used on broad-gauge railways.

100 km/h

15

Subclass 841

Diesel hydraulic

1000 kW, B'B' axle formula, modernized by Remarul (Carpathia 1300 DH-M)

100 km/h

16

Class 87

Diesel hydraulic

B'B' axle formula. Used for narrow gauge services.

40 km/h

17

Class 88

Diesel mechanical shunter

184 kW B axle formula. 81 were built originally, though a significant amount have been replaced by newer types.

40 km/h

Key Internal Route Information

Line

Main Railway Stations

Distance (km)

Secondary Lines

200

Brașov – Podu Olt – Sibiu – Vințu de Jos – Simeria – Arad – Curtici

500

200A 201 202 203 205 206 207 208 210 212 213 214 215 216 217 218 219 221

300

București (north) – Brașov – Sighișoara – Teiuș – Războieni – Cluj Napoca – Oradea

647

302 304 306 307 308 309 310 311 313 316 317 318

400

Brașov – Ciceu – Deda – Dej – Baia Mare – Satu Mare

560

401 402 403 404 405 406 409 412 413 417 418 421 422 423

500

București (north) – Ploiesti (south) – Adjud – Bacău – Pașcani – Suceava – Vicșani

488


501 502 504 507 509 510 511 512 513 514 515 516 517 518

600

Făurei – Tecuci – Bârlad – Crasna – Vaslui – Iași – Ungheni

395

603 604 605 606 607 608

700

București (north) – Urziceni – Făurei – Brăila – Galați

229

701 702 703 704

800

București (north) – Ciulnița – Fetești – Medgidia – Constanța – Mangalia

225

801 802 803 804

900

București (north) – Roșiorii de Vede (north) – Craiova – Filiaşi – Caransebeș – Timișoara (north)

533

901 902 903 904 905 906 907 908 909 910 912 913 914 915 916 917 918 919 920 921 922 923 924 925 926 927 928

1000

București (north) – Ploiești (south) – Ploiești (west)

59


Key Cargo Stations

Romanian railways have been used for goods importation heavily during the communist era, which have made the main stations accessible for Cargo and Passenger movement as well. The stations reported below are the main stations for Cargo handling. The table below also informs on the possibility to use them for Passenger transport should it be required. Full list of Cargo handling adapted stations can be found here.

All stations marked as I Grade can accommodate up to 20 wagon trains (combination of both 20ft and 40ft).

It is highly recommended to use freight forwarders / commercial rail operators to move cargo by train through Romania and into neighbouring countries. Typically, the operator will inform on best way to setup the loading and unloading, as well as calculate the most efficient routes for the desired destination.

Full list of storage capacity, service providers, loading and unloading capacity and contact information is available here.

Key Rail Border Crossing Information

Country

Operator

Border Stations

Electrified

Rail Type

Gauge

Traffic Type

Distance KM

Terminals

Neighbouring Station

CFR Station

Hungary

MAV

Lokoshaza

Curtici

Y

Simple

normal

Passenger and cargo

11,2


Hungary

MAV

Kotegyan

Salonta

N

Simple

normal

Passenger

13,2


Hungary

MAV

Biharkeresztes

Episcopia Bihor

N

Simple

normal

Passenger and cargo

12,5


Hungary

MAV

Nyirabrany

Valea lui Mihai

N

Simple

normal

Passenger and cargo

8,8


Hungary

MAV

Agerdomajor

Carei

N

Simple

normal

Passenger and cargo

16,1


Serbia

ZS

Vrsac

Stamora Moravita

N

Simple

normal

Passenger and cargo

18,9


Serbia

ZS

Kikinda

Jimbolia

N

Simple

normal

Passenger and cargo

19


Bulgaria

NRIC

Vidin

Golenţi

N

Simple

normal

Passenger and cargo

23


Bulgaria

NRIC

Ruse

Giurgiu Nord

N

Simple

normal

Passenger and cargo

16


Bulgaria

NRIC

Kardam

Negru Voda

N

Simple

normal

Passenger and cargo

12,9


Moldova

CFM

Giurgiuleşti

Galaţi

N

Simple

large

Cargo

7,1

Transposition + transhipment in Galati

Moldova

CFM

Prut

Fălciu

N

Simple

large + normal

Passenger

7,4

Transhipment (inactiv)

Moldova

CFM

Ungheni

Ungheni Prut

N

Simple

large + normal

Passenger and cargo

1,4

Transposition in Socola (Ungheni for Passenger)
Transhipment in Cristesi Jijia (Ungheni)

Ukraine

UZ

Vicşani

Vadu Siret

N

Simple

large + normal

Passenger and cargo

10,6

Transposition in Vicsani (Vadu Siret for Passenger)
Transhipment in Dornesti and Vadu Siret

Ukraine

UZ

Berlibaş

Valea Viseului

N

Simple

large

Passenger and cargo

11,7


Ukraine

UZ

Teresva

Câmpulung la Tisa

N

Simple

large

Passenger and cargo

5,6


Ukraine

UZ

Diacovo

Halmeu

N

Simple

large + normal

Cargo

2,4

Transhipment in Halmeu and Diacovo
Transposition in Diacovo

Travel Time Matrix

The travel times are estimated on Passenger train travel times, as they usually have priority on Romanian railways. For cargo transportation, a considerable delay from the data reported in the below table (in hours) is to be expected.

Stations

Curtici

Bucuresti

Galati

Ungheni Prut

Suceava

Valea Viseului

Halmeu

Constanta

Golenti

Giurgiu Nord

Stamora Moravita

Jimbolia

Salonta

Episcopia Bihor

Valea lui Mihai

Carei

Curtici


11:34

16:00

19:00

13:30

16:30

07:40

17:20

14:30

13:00

03:30

03:00

02:30

04:00

05:00

09:00

Bucuresti

11:34


04:00

08:00

00:00

11:50

18:00

02:00

11:30

02:30

15:00

13:00

14:00

14:00

17:00

18:00

Galati

16:00

04:00


07:00

00:00

15:20

21:13

11:00

12:30

16:00

18:00

20:00

23:00

21:00

23:00

21:00

Ungheni Prut

19:00

08:00

07:00


03:15

13:20

23:45

12:00

16:00

12:00

21:00

23:30

19:00

18:00

21:00

22:00

Suceava

13:30

00:00

00:00

03:15


15:39

19:15

08:00

13:30

15:20

24.00

17:00

11:00

11:00

14:00

13:00

Valea Viseului

16:30

11:50

15:20

13:20

15:39


19:30

16:15

20:00

26:00

24.00

18:00

11:30

11:00

14:30

13:00

Halmeu

07:40

18:00

21:13

23:45

19:15

19:30


21:30

17:30

23:00

17:00

15:00

06:00

04:00

02:00

02:00

Constanta

17:20

02:00

11:00

12:00

08:00

16:15

21:30


10:30

05:30

16:00

19:00

19:30

22:00

24:00

18:00

Golenti

14:30

11:30

12:30

16:00

13:30

20:00

17:30

10:30


14:00

19:00

17:30

22:00

20:00

22:00

26.00

Giurgiu Nord

13:00

02:30

16:00

12:00

15:20

26.00

23:00

05:30

14:00


16:00

17:00

23:00

23:00

20:30

19:00

Stamora Moravita

03:30

15:00

18:00

21:00

24.00

24.00

17:00

16:00

19:00

16:00


03:00

07:00

08:00

07:00

07:00

Jimbolia

03:00

13:00

20:00

23:30

17:00

18:00

15:00

19:00

17:30

17:00

03:00


05:00

07:00

08:30

11:00

Salonta

02:30

14:00

23:00

19:00

11:00

11:30

06:00

19:30

22:00

23:00

07:00

05:00


02:00

03:30

07:00

Episcopia Bihor

04:00

14:00

21:00

18:00

11:00

11:00

04:00

22:00

20:00

23:00

08:00

07:00

02:00


01:00

02:00

Valea lui Mihai

05:00

17:00

23:00

21:00

14:00

14:30

02:00

24'00

22:00

20:30

07:00

08:30

03:30

01:00


01:00

Carei

09:00

18:00

21:00

22:00

13:00

13:00

02:00

18:00

      26.00

26:00

07:00

11:00

07:00

02:00

01:00


Port Capacity and Intermodal Transportation Information

Technical details on all Romanian ports, their intermodal operability and link to Railway Infrastructure can be found here.

Additional Information and Normative Guidance

Additional information and normative guidance on access to the National Railway Infrastructure can be found here.