The situational plan
Development of transport infrastructure of Taman sea port
   
   
 
   
   
   
   
   
   





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Strategy of development of water transport of Krasnodar area
Location and brief characteristics of the construction area
Requirement for the land resources of the new commercial sea port
Complexes of the first, second and third stage of construction
Organization of the secure boundary-customs area
Transport service
Guarantee for employees and their families the objects of the housing and public utilities and social-welfare designation
Architectural design
Heating
Communication and signaling system
Possible influence on the environmental situation of the port complexes
Common arrangements of measures for warning of emergency situations
Financial and economic appraisal of efficiency of investment
Conclusion



Conclusion

The present presearch of an opportunity and expediency of realization of the investment project at a stage of the declaration on intentions is the one from possible layout variants of port capacities in the south of Russia with the purpose of satisfaction of their deficiency available now on Black sea and its predicted increase in the near future.
The tendency which has been established in last years of growth of cargo turn-over creates real preconditions for systematic and consecutive escalating of new port capacities on maintenance of export-import transshipment of cargo by sea vessels by means of multi-tonnage fleet.
Presence of a free coastal line, vacant territory, opportunity of construction of deep-water moorings and the sufficient water area providing safety of navigation, an opportunity of construction of railway access, presence of local highways, lack of space in development of city construction and some other factors, create to new commercial sea port clear advantages in comparison with other geographical points.
Sites of gulf coast located between areas (stages) due to their natural surroundings, presence of free territory, extent of a coastal line and an opportunity of the organization of water area, measure up all conditions of port construction and are the most economic for the further development of port near-term outlook up to 2020-2030 years.
The new commercial sea port with a cargo turnover more than 30 mln./year is planned to be placed on three platforms and to divide into three areas (three stages of construction):
First region (first stage of construction) Panagiya cape:
- the specialized container complex - 2 mln. t/yr;
- the specialized grain complex - 5 mln. t/yr;
- the specialized coal complex - 7-10 million.t/yr;
- the complex of oil and oil products - 5 mln. t/yr;
- the complex of liquefied natural gas - 2 mln. t/yr.
Second region (second stage of construction) Tuzla dam:
- complex on the transshipment of metal - 2 mln. t/yr;
- complex on the transshipment of mineral fertilizers - 3 mln. t/yr;
- complex on the transshipment of forest - 3 mln. t/yr.
The third region (third stage of construction) Chushka spit:
- ferry-boat complex with cargo turn-over up to 2 mln. t/yr.
An approximate estimated cost of construction of objects of the 1 stage is 1 269,5 million US dollar, VAT included. The price is given on the 1 st of January, 2006.
Approximate cost of objects according to the the prices of 1 quarters of 2006, including VAT (without the expenses on the construction of external approaches, environment damage compensation) is as following:
- 2 stage (port complex of metal, mineral fertilizers, forest) - 510 mln. dollars USA
- 3 stage (ferry-boat complex) - 110 mln. dollars USA.
The specified expenses are settled with accuracy to the approximate plus/minus 30 % in connection with difficulty of forecasting of development of construction branch for so long period of time as 15-20 years.
Approximate requirement for complexes of new commercial sea port by stages of construction in land resources is resulted in table 27.

Table 27.

Title of works Unit of measurment Quantity
  Total squares of areas of first stage ga 267,1
1 Container complex ga 28,6
2 Grain complex ga 52,3
3 Coal complex ga 63
4 Oil and oil products complex ga 58,7
5 Hydrofoil ga 55,5
6 Zone of work-rooms of port ga 4
7 Base of navy department and harbor vessels ga 5
  Total squares of areas of second stage ga 165,3
1 Complex on the forest transshipment ga 60,0
2 Complex on the forest transshipment and its processing ga 18,0
3 Complex on the metal transshipment ga 47,0
4 Complex on the transshipment of mineral fertilizers 40,3
  Total squares of areas of third stage ga 80,7
1 Ferry-boat complex ga 80,7
  Total for seaport ga 513,1

Approximate requirement for complexes of new commercial sea port by stages of construction in water resources is resulted in table 28.

Table 28.

Title of works Unit of measurment Quantity Nota bene
  Total squares of water area. First stage ga 237,8  
1 Coal, grain, oil products (-16,90 ) ga 141,8 Existing mark of water area 14,0
  Container (-14,10 ) 43,5 Existing mark of water area 1,9 -9,5
  Hydrofoil (-10,8 ) ga 27,0 Existing mark of water area 5,0
  Grain-import (-11,80 ) ga 18,0 Existing mark of water area 1,9
  Harbor vessels (-8,10 ) ga 7,5 Existing mark of water area 1,2
2 Channel up to coal, grain and oil with width 200 2 800 Existing mark of water area 17,2 -16,8
3 Channel up to containers with width 160 3 400 Existing mark of water area 14,4 -1,9
  Water area, total ga 184,2  
1 including: ga 45,3 Existing mark of water area 2,8
  Complex on the forest transshipment (-9,6) ga 32,1 Existing mark of water area 1,3
  Complex on the forest transshipment and its processing (-9,6) ga 63,2 Existing mark of water area 3,3
  Complex on the metal transshipment (-14,10) ga 43,6 Existing mark of water area 4
2 Complex on the transshipment of mineral fertilizers (-14,10) 12 600 Existing mark of water area 14,4 -3,3
  Total squares of water area. Third stage ga 32,2  
1 Ferry-boat complex ga 32,2 Existing mark of water area 0,5
2 Approach channel with width 134 6 600 Existing mark of water area 3,3 -0,5
  Total on sea commercial port Kuban ga 454,2  

The basic characteristics of the mooring front of the new commercial seaport are in Table 29.

Table 29.

Title of the construction Length, m Datum mark of the bed, m
Complexes of first stage of construction  
1 Container omplex
1.1 waterfront for vessels SKS-2400 685 -14,1
2 Grain complex
2.1 Two births for vessels SN-100 2330 -16,9
2.2 waterfront for vessels SN-30 435 -11,8
3 Coal complex
3.1 Two births for vessels SN-100 2330 -16,9
3.2 waterfront for vessels river-sea type 200 -6,5
4 Oil complex and oil products complex
4.1 Two births for vessels SN-100 2420 -16,9
5 Hydrofoil of Gas
5.1 waterfront 435 -10,8
6 Waterfront for harbor vessels 500 -6,5
Complexes of second stage of construction  
1 Complex on the forest transshipment
1.1 waterfront for vessels SL-5 1 550 -9,6
2 Complex on the forest transshipment and its processing
2.1 waterfront for vessels SL-5 660 -9,6
3 Complex on the metal transshipment
3.1 waterfront for vessels SN-40 775 -14,1
4 Complex on the transshipment of mineral fertilizers
4.1 waterfront for vessels SN -50 350 -14,1
Complexes of third stage of construction  
1 Ferry-boat complex    
1.1 waterfront for vessels
Heroes of Shipka type
800 -9,7

The total amount of workers and employees, required for trans-shipment of cargo on the first stage of the construction of new commercial sea port, is given in Table 30.

Table 30.

Title of the construction Quantity
1 Container complex 370
2 Grain complex 220
3 Coal complex 285
4 Oil and oil products complex 330
5 Hydrofoil 100
6 Port management. Service facilities. 135
  Total on first stage of construction 1 440

As the source of potable water supply system serve artesian wells or water line from the cossack village Taman'.
Water-removal on the first stage of the construction of new commercial sea port is given in Table 32.

Table 31.

Title of recipient daily intake m3 Annual intake, thousand m3
1 Container complex 280 22,0
2 Grain complex 150 11,5
3 Coal complex 187 14,6
4 Oil and oil products complex 218 17,0
5 Hydrofoil 76 5,9
  Total on first stage of construction 911 71,0

As the source of potable water supply system serve artesian wells or water line from the cossack village Taman'.
Water-removal on the first stage of the construction of new commercial sea port is given in Table 32.

Table 32.

Title of recipient daily intake m3 Annual intake, thousand m3 Nota bene
1 Container complex 130,0 26,0  
1   4 000 140 STORM-WATER SYSTEM
2 Grain complex 29,0 8,5  
2   942 22,7 STORM-WATER SYSTEM
3 Coal complex 124,4 31,9  
3   1 120 43,9 STORM-WATER SYSTEM
4 Oil and oil products complex 21,8 6,3  
4   830 29,0 STORM-WATER SYSTEM
5 Hydrofoil 9,0 2,7  
5   1 500 52,5 STORM-WATER SYSTEM
  Total on first stage of construction 314,2 75,4  
    8 392 288,1 STORM-WATER SYSTEM

Local waste treatment plants are planned for each complex. The drains of oily sewer is planned to remove into the local waste treatment plants with the recovery after cleaning into the run-around system of fire-process water supply. Industrial and domestic effluents are removed along the separate canalization to the port waste treatment plant (with the separate treatment). Port waste treatment plants are planned for each stage (region) of construction.

The annual consumption of electric power on the first stage of construction is given in Table 33

Table 33.

Title of recipient annual intake of electric power, thsnd. kWt/hour
1 Container complex 15 000,0
2 Grain complex 11 000,0
3 Coal complex 22 000,0
4 Oil and oil products complex 73 170,0
5 Hydrofoil 25 250,0
  Total on first stage of construction 146 420,0

In this passage of a project are calculated the preloads on the electric power supply, power equipment, electrical illumination, grounding, lightning protection, static discharge protection.
It is planned a construction of gas-turbine heat and power plant for the satisfaction of the needs of the new commercial sea port by electric power and by heat.
In the present work were not studied the variants on the construction of the railroad component from the new commercial sea port to Vyshesteblievskaya station with exit to the North-Caucasian railroad and expenses for development of the external railroad access. After resolution of this point there will be determined the portion of each investor in construction and development of railroad component, proportionally to its needs in the railroad transportation.
It is planned to carry out at the subsequent stages of design, after the agreement on the basis of design on location, arrangement and constructions of terminals, getting specifications and requirements:
- the additional working out of the conclusions with the optimization of versions, including the layout of terminals on the stages of construction with the isolation of the launch areas;
- analysis and the selection of the most environmentally safe solutions on the basis of research works, careful study of natural conditions and environmental situation of the area of the construction;
- development according to environment impact assessment procedure of fishery division, with the specification of natural surroundings and volume of possible damage, the compensating measures and their cost;
- the specification of seismicity and other natural surroundings of the region of construction (data on the geodetic, geological, hydrological, hydrometeorological and archaelogical researches);
Fulfillment of this project is in full accordance with strategy of the development of transport complex and communication of Krasnodar area.
The construction of the specialized port complexes in this region will make possible for the Russian Federation not only to solve problems with the development of growing freight traffic, but also to get rid of the multibillion losses, caused by passage of Russian cargo through the ports of the contiguous states.
The results of this work can be considered as one of the attempts at the solution of practical tasks, set before the branch by the program of the revival of sea fleet and ports of the Russian Federation by federal program "Modernization of the transport system of Russia (2002-2010 years)".
The only port, where it is possible to solve this task in all its aspects, is the construction of new commercial sea port, located in the Taman peninsula (Panagiya cape, Tuzla dam and Chushka spit).
Taking into account the importance and urgency of investment project on the construction of new commercial sea port in the Taman peninsula of Krasnodar area in the south of Russia for the development of the economy of area and as a whole of the country, it makes sense to create special economic zone of port type for the effective realization of project.

5/4, Putevaya Str., Krasnodar, 350015, Russia.
Tel./Fax: +7(861) 255-60-31 .
E -mail: tamanseaport@yandex.ru
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