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Container Carriers
Manuel Ventura
Ship Design IMSc in Marine Engineering and Naval Architecture
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Historical Note
• The first container carrier was the “Ideal X”, which started on 26th April 1956 a line from Newark, New Jersey, to Houston, Texas.
• The Ideal-X was a tanker converted, whose deck was reinforced to carry 58 containers of 35’.
• The idea was from Malcom McLean (1914-2001) owner of truck companies
• McLean founded the SeaLand on 1960, that was bought by Maersk on 1999
• The IdealX was in service from 1956 to 1965.
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Fleet Analysis
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Typical Sizes of the Ships
2475Total
854000-Post-Panamax
2003000-3999Panamax
3702000-2999Sub-Panamax
7701000-1999Handy-size
485500-999Feedermax
465100-499Feeder
No.TEUType
According to “Naval Architect” (June 1999) the distribution of the existing container carriers by size classes, was at the time:
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Fleet of Container Carriers
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Global Evolution of the Fleet
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Profile of the Operators
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Profile of the Operators
• The industry of liners is not as concentrated as other sectors.
• There are about 300 groups which employ about 4,650 ships and on Dec. 2001 they represented 6.3 million TEUs.
• 19 of these operators are involved in lines East-West (Transatlantico, Transpacifico, Asia-Europa).
• The largest operator is Maersk-Sealand which operates a capacity of about 725,000 TEU, representing 11.8% of total active capacity in TEUS.
• The second is P&O Nedlloyd with 6.2% of the total capacity.
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Transport of Containers (2006)
• Between 1990 and 2005 the market of containers has increased with an average rate of 10%/year
• Factors from the demand side– International division of the work– Increasing importance of the goods appropriate for container
transport
• Factors from the supply side– Considerable increase of fleet of container carriers– Faster load/discharge (shorter round-trip times)
• The number of containers carried in 2005 was about 114 millions TEU
Source: www.dbresearch.com (Deutche Bank)
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Transport of Containers (2006)
• Previsões da evolução do transporte de contentores– Continuação do aumento do
mercado à taxa média de 9%/ano até 2015
– As rotas mais importantes serão as intra-asiáticas, as EUA/Ásia e as Europa/Ásia
– O transporte entre os EUA e a Europa aumentará, mas menos
– Entre 2006 e 2008 a capacidade da frota mundial aumentará em 50%
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Container Handling (2006)
Trade -> Inclui apenas transporte de contentores cheios
• O frete por TEU transportado da Europa para o extremo oriente é 13% menor em navios com capacidade > 8.800 TEU comparado com um de 6600 TEU
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Container Handling (2006)
Container handling has increased faster than the transport, due to:
• Transhipment – economy of scale associated to the large ships
• Includes the handling of the empty containers
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Container Transport (2006)
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Characterization of the Fleet (2006)
The average age of these ships is of about 11 years (22.4 years for the general cargo ships)
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Characterization of the Fleet (2006)
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Characterization of the Fleet (2006)
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Links
• www.aclcargo.com (Atlantic Container Lines)• www.dbresearch.com (Deutche Bank)• www.isl.org (Institute of Shipping Economics and Logistics)
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Container Ports
From the 25 largest container ports in the world, 16 are in Asia, 3 in the USA and 6 in Europe
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Types of Container Carriers
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Feeders
OOCL Sweden 900 TEU (2006)
Superstructure extremellycompact and located aft
Cellular guides for the containers carried on deck (outside of the hatch covers)
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Feeder Ships
• Forecastle deck protected
• Cranes mounted asymmetrically at side
• Free-fall lifeboats aft
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Free-Fall Launching Type Lifeboat
• In container carriers the use of these lifeboats has become quite common due to the resulting space savings at side, SB/PS
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Panamax Ships
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Post-Panamax Ships
OOCL Europe, 8063 TEU (710 frigoríficos), construído pela Samsung (2006)
L = 323 mB = 42.8 m
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Post-Panamax Ships
COSCO Germany, 8204 TEU, built by Hyundai (2006) L = 334 mB = 42.8 mT = 14.5 m
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Very Large Container Carriers (VLCC)
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Ultra Large Container Ships (ULCS)
• Ships with capacity > 10,000 TEU• Propulsion:
– 1 propeller, Vs = 23.5’– 2 propellers, Vs = 25’
• Compatible with Suez Canal limitations (16.4 m) and most of existing terminals
• Costs 19% less than previous 8,700 TEU and 25’ class of ships
• Malacca Strait is the new max. draught limitation (21 m) that will set a limit of abt. 18,000 TEU for the new generation of ships
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ULCS - Propulsion
• The currently available Diesel engines are limited to 68.000 kW• ULCC ships at 25’ will require power > 100 MW (136,000 BHP)
• Recent studies show gains of efficiency and economy with the usage of CRP POD driven by slow Diesel engines
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Evolution of the Midship Section (1)
Navios Panamax
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Evolution of the Midship Section (2)
Ships post-Panamax
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Evolution of Midship Sections (3)
• 12,500 TEU• B = 54.20 m• T = 16.00 m
ULCS ships
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VLCC
• MSC Pamela, 9,200 TEU, built by Samsung• Delivered on July 2005• Largest container carrier in service (2005)
L = 336.70 m
B = 45.60 m
D = 27.20 m
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VLCC
MSC Maria Elena, 6th ship of the MSC Pamela class, 9200 TEU (Sept. 2006)
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Evolution of the Main Dimensions
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Largest Container Carrier (2006)
Emma Maersk, construído na Dinamarca, Odense SteelShipyard (Set. 2006)
11,000 TEU (1,000 reef.)
145 Milhões US$
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Emma Maersk
L = 397.70 m
B = 56.40 m
D = 30.0 m
T = 15.54 m
Motor Diesel Wartsila 14 cil.
PD = 110,000 Hp (80,960 KW), 102 rpm
V = 27’
GT = 170,000
Crew: 13 (accommodations for 30)
Superstructure at midships
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Largest Container Carriers (2009)
• MSC Daniela (2008), 14,028 TEU
• MSC Danit (2009), 14,028 TEU
• MSC Beatrice (2009), 14,028 TEU, built by Daewoo Shipping in Korea
L = 365.50 m
B = 51.20 m
D = 29.90 m
T = 16.00 m
V = 25.0’
MAN B&W 12K98 MC-CPD = 98,152 Hp (72,240 KW)GT = 153,092
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MSC Danit (2009)
IMO No. 940 4649
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Cargo Securing Manual (CSM)
• SOLAS Chapter VI and VII requires a Cargo Securing Manual (CSM) for all types of ships engaged in the carriage of cargoes other than solid and liquid bulk cargoes.
• The CSM shall be drawn up to a standard at least equivalent to relevant guidelines IMO MSC/Circ. 745 - 13 June 1996.
• The requirements were implemented 1 January 1998.
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General Notes
• Cargo/TEU for stability computations: 14 tons• The percentage of containers carried on deck has been
increasing along the years:– 35% (years 70)– 50% (currently)
• From 1st August 2007 the FO tanks must be located inside a double-hull – nowadays it is already quite common in large ships to locate the tanks transversely between holds
• For new designs of ship with more than 13,000 TEU it is probable that the bridge and the accommodations will be located forward
• Check the visibility requirements from SOLAS!
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Structural Aspects
Critical points of the hull structure in accordance to an ABS study
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Links
• www.alphaship.com.ua• www.vega_reedrei.com• www.chineseshipping.com.cn• www.searates.com/container (Freight rates)
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Multi-Purpose Ships
Manuel Ventura
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Multi-Purpose Ships
• Designed to carry both containerized (unitized) and dry bulk cargoes
• Box shaped cargo holds with dimensions optimized for containers but without cell guides
• Eventually provided with tween deck(s)• Typically provided with lifting gear• Greater flexibility compared to container ships and dry bulk
carriers• Comparatively less efficient at handling both product types
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Multipurpose Ships
M/V Andromeda Main Characteristics:Length, o.a. 118.55 mBreadth (moulded) 15.20 mDraught 6.30 mDeadweight 6,725 tGross Tonnage 4,893 tCargo holds: 2Main Engines Mak M-32Power Output 3,840 kWService Speed 14 kt
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Ships for Reduced Air Draft
Telescopic bridge in the raised position
Ships for inland waterways and coastal navigation, subject to air draught limitations
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Limitations of Air Draft
• Technical options to overcome the air draft limitations:• Folding masts
• Folding chimney
• Retractable bridge
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Leiria
High-Skew Propeller