
The
Importance of the Corridor
Thousands of years ago, the “Great Silk
Road” connected the greatest civilizations located in different parts of
Eurasia. Even in that ancient era, communication was a means not only of
production, but also of the exchange of technologies, ideas, discoveries, and
the spread of values.
In 1998, at the initiative of Senator
Brownback, the US Senate adopted a resolution in support of the “New Silk
Road”. As in the ancient era, the goal of this project is to find the shortest
and fastest alternative routes to connect with the rapidly growing markets of
Asia, diversify communications, spread technologies, and ensure a stable supply
of energy.
Within the framework of the “New Silk
Road”, the TRACECA, as well as the Baku-Tbilisi-Ceyhan “Great Oil Pipeline” and
the Baku-Tbilisi-Erzurum “Great Gas Pipeline” highways are already operating,
which have significantly changed the economic reality in the Caspian-Black Sea
region, created new conditions for development and strengthened the energy
security not only of the countries of this region, but also of Europe.
Today, the Baku-Tbilisi-Kars railway is
being added, which is rightly called the “Iron Silk Road”. It connects China
and the countries of Central Asia with Europe and vice versa by the shortest
route.
The Global Infrastructure Leadership Forum is held annually in New York, USA, which is a marketplace for strategic projects and aims to identify the 100 best global infrastructure projects. It was at this forum in January 2011 that the construction of the “Iron Silk Road”, which is being implemented by the Marabda-Kartsakhi railway, was named among the 100 global projects of the world. As for the cost of the project, we are talking about approximately a billion dollars. This is a very large-scale project in terms of costs. Regular transport will soon begin on this route and the results will soon be visible.
Georgian section
Akhalkalaki -On the new Kartsakhi section,
26.142 km of European standard 1435 mm wide track was laid on concrete
sleepers. 53 artificial structures were built, including 5 bridges, including
the bridge over the Kirbulakh River, which has no analogues in the post-Soviet
space.
On the Tsalka-Akhalkalaki section, 74 km of
track were rehabilitated, including 55.829 km with side tracks. Out of 149
artificial structures on the mentioned section, 133 artificial structures were
rehabilitated - reconstructed. New ones were built: 4 overpasses, 8 concrete
retaining walls, 4 snow-retaining galleries with a total length of 2.5 km.
Overpasses and galleries were built with galvanized corrugated metal
structures.
On the Tetritskaro-Tsalka section, a 49.7
km long track was rehabilitated, including 37.6 km with side tracks. A turnpike
was arranged on this section, the length of which is 3.7 km of track. Out of
114 artificial structures on the Tetritskaro-Tsalka section, 103 artificial
structures were rehabilitated and reconstructed. New ones were built: 3
overpasses, 4 reinforced concrete pipes, 1 concrete retaining wall, 1 bridge, 1
landslide prevention structure. 3 overpasses were built using the latest
technologies, with galvanized corrugated metal structures.
The construction of a 154 m long double-track railway bridge over the Kirkhbulakh River (in Akhalkalaki) was completed. The construction of technical, customs and border service buildings at Kartsakhi station has also been completed. 51 artificial structures have been built (including 3 bridges), the main works on the arrangement of the earth embankment have been completed, 21.6 km of parallel tracks have been laid. The construction of 4 new overpasses has been completed; 26 sets of UIC-60 type 1/11 brand complete conductors were installed at the station "Kartsakhi"; the construction of the 10 KV overhead line of the external power supply of the station Kartsakhi was completed.
Akhalkalaki Station
The construction and structural parts of
the station building, interior and exterior finishing works, installation works
of internal engineering networks, heating-ventilation-conditioning systems;
vertical planning and improvement works of the territory.
The construction of concrete yards for
container and bulk cargo in the freight area has been completed, a 40-ton
container crane has been installed; 9 km of various-purpose railway tracks have
been laid and 37 sets of complete switches have been installed; the
construction of the traction substation building has been completed;
construction works of railway and automobile scales have been completed;
construction works of underground communications, a wagon trolley changing
point and other main engineering and technical buildings are being completed. 2
jib cranes have been installed at the freight wagon trolley changing point.
Akhalkalaki is already adorned with a
beautiful railway station building of European standards, modern architecture,
designed by the world-famous German architect Jürgen Meyer. Soon, Akhalkalaki
station will provide both freight and passenger transportation. The latest,
modern trains will run on the Baku-Tbilisi-Istanbul railway route.
Construction work on the Georgia-Turkey
border (railway) tunnel has been completed. Its total length is 4,470 meters,
including 2,070 meters on the territory of Georgia; the main works on the
construction of the gallery (240 meters) adjacent to the tunnel portal and the
construction of the mining channel have been completed; the laying of the track
from Kartsakhi station to the Turkish border (2.4 km) has been completed.
Since the beginning of construction on the
Marabda-Akhalkalaki section, 156.7 km of new track have been laid; Out of 318
artificial structures, 298 structures were rehabilitated. 5950 meters of curbs
were laid, 5 gabion walls were built; 21 new 1/11-R65 and 6 comp. R65-1/9 type
complete switches were laid; 150 km of side track was laid; 10 railway station
buildings were reconstructed; microprocessor centralization (MPC) cable
networks and post equipment were installed at Tskhradzmi, Tsintskaro and Tetritskaro
stations; 333 km of fiber-optic cable was laid on the track, communication
equipment was installed at 11 stations and signaling post equipment at 3
stations; Installation of equipment, commissioning and commissioning works have
been completed in all 7 electric traction substations and are in working
condition; more than 3,500 contact network towers have been erected, 153 km of
contact network has been installed and 153 km of contact network has been
adjusted. Polyethylene pipes with a diameter of d= 63 mm for cables have been
installed in snow protection galleries No. 3, No. 4 and No. 5, a total of 8,000
meters.
In January 2015, the initial passage of the
test-working train to the station "Kartsakh" took place;
In February 2016, a test freight train
passed through the Marabda - Akhalkalaki section.
On September 27, 2017, a test passenger
train passed through the Marabda - Akhalkalaki - Kartsakhi section.
On November 2, 2017, a test freight train
loaded with 30 containers passed through the Marabda - Akhalkalaki - Kartsakhi
section for the first time.
On the Marabda - Tetritskaro section, 29.2
km of track was rehabilitated, including 23.965 km of track with side ties. A
turnout was arranged on this section, the length of which is 5.1 km. Out of 56
artificial structures existing in the Marabda Tetritskaro section, 50 were
rehabilitated and reconstructed. New ones were built: 2 overpasses, 4 concrete
pipes, 1 concrete retaining wall.
35 bridges were built and renovated on the
new railway line.
According to the project, the construction
of the following stations was completed throughout the entire territory of the
railway:
Station “Tskhra Dzma”
Station “Tsintskaro”
Station “Tetritskaro”
Station “Nadarbazevi”
Station “Bedeni”
Station “Tsalka”
Station “Trialeti”
Station “Taparavani”
Station “Pokani”
Station “Ninotsminda”
Station “Kartsakhi”
Akhalkalaki International Railway Station is the main railway hub of the region, which fully meets modern requirements. standards. The station is located at an altitude of 1800 m. above sea level and its total area is 102 hectares.
Info: mkr.ge