creating a hub for the futuredownload.sbf.org.sg/duqmform/3_port.pdf · 09/09/2013 1 creating a hub...
TRANSCRIPT
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Creating a Hub for the Future
Contents
• Duqm, a strategic location
• Port of Duqm: Master Plan & Key Figures &
development
• Potential markets for the Commercial
Terminals
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Oman in the world
Riyad
Baghdad
Beijing
Singapore
Tehran
UAE
Lagos
Muscat
Paris
Mumbai
Durban
Cairo
Qatar
London Frankfurt
Duqm
Tripoli
Milan
Location of Duqm in Oman
Duqm
• Duqm port is located
in the Sultanate of
Oman
• Oman is the second
largest country of
the GCC in terms of
population
• Oman is located out
of the strait of
Hormuz
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Ideal location within Oman
• Proximity to natural resources
• Next to the new oil concession,
inland and offshore
• Land Availability
• At the heart of the largest
development project of OmanSur
Muscat
Ras Musandam
Masirah
Salalah
Hayma
Nizwa
SoharAl Buraymi
Duqm
Duqm, the largest development project of Oman
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Highlights of Duqm project
Modern Port and
Dry Dock
International
Airport
New Town
Industrial Areas
Hotel & Resort Area
Transport System: Duqm access road
Duqm is (550 km) from
Muscat and is accessible by
road via:
• Muscat – Salalah highway
• Sinaw –Mahout– Duqm
• The coastal road (Shannah -
Mahout) and (Salalah – Duqm)
DUBAI
YEMEN
R 32
R 31
Sur
Masirah
Salalah
Sohar
Duqm
Muscat
IRAN
UAE
KSA
ABU DHABI
Hayma
Al Buraymi
Ras Musandam
Nizwa
Sinaw
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Transport System: Duqm railway connection
• The rail route is part of proposed Inter-
GCC railway running from Kuwait to
Salalah (and possibly to Yemen)
• provide greater capacity for freight and
passenger transport to:
• reduce cost and road freight services
• create faster transfer of goods
services between countries in GCC
YEMEN
R 32
R 31
Sur
Ras Musandam
Masirah
Salalah
Nizwa
Duqm
Muscat
IRAN
UAE
KSA
DUBAI
ABU DHABI
Hayma
SoharAl Buraymi
Phase 1: 900KM
Phase 2: 500KM
Start of operation 2016- 2018
TRANSPORT SYSTEM: Duqm roads
• Major Roads (72 km) 80m ROW
• Local Road ( 73 km) 20-50m ROW
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Port of Duqm: Master Plan
11
Commencement
Duqm 2003
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Details of the Master Plan
Approach Channel
Commercial
Terminals
Phase 1
Royal Navy BerthsHarbour
Basin 2
Commercial
Terminals
Phase 2
Liquid Jetties
Dry Dock1: L 410m x W 95m x D -14.2m
Dry Dock 2: L 410m x W 80m x D -14.2m
Oman Dry Dock
In addition to the presented facilities, the port is equipped with MARPOL , water
+ fuel bunkering and domestic waste collection+treatment facilities
Harbour
Basin 1
Area for logistics :
-Warehousing
-Storage
-Services
Infrastructure Packages
55
55
123
4567
1
1
1
1
1
1
3
4
5
6
6
7
7
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Key Figures
• Area:
– Total port boundary: 170 km2
– Land area accommodates: commercial quays, liquid jetties and
1550 ha for logistics (warehousing, storage and services)
• Breakwaters:
– Lee breakwater: 4.5 km
– Main breakwater: 4.1 km
• Water depths: to allow safe reception of vessels with capacity up to 150 000 DWT
– Approach channel: -19m
– Commercial berths Phase 1: -18m
• Commercial Terminals Phase 1 (2.325km of berths, 80 ha. area): under construction
– Multi-Purpose terminal : 0.8 Mt (425 m of berth)
– Container terminals : 3.5 M TEU (1 600 m of berth)
– Dry bulk terminal : 5.0 Mt (300 m of berth)
• Liquid Jetties: design works start in 2013
• Commercial Terminals Phase 2 (10km of berths) to be defined later
Dredging Works
Channel
Dredged
to -19m
CD
Dry Dock
Area
Dredged
to -18m
CD
Dredged
to -7m
CD
Main
Basin -
Dredged
to -18m
CD
Dredged
to -10m
CD
Dredged Quantities
Channel Dimensions
Basin Properties
Approach Channel
27 million m3
Basin 44 million m3
Total Quantity 71 million m3
Channel Depth
Channel Length
Channel Width
-19 m CD
9.5 km
275 - 350 m (655m at bend)
Basin Area
Basin Depth
Dry Dock Depth
5.12 km2
-18 m CD
-10 m CD
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•Dry bulk terminal
•300 m of berth ( 5 Mt/y)
•Container terminal
1600m of berth (3.5 MEU/y)
•Multi-Purpose terminal
•300 + 125 m of berth (0.8 Mt/y)
•Port Operations Area ( traffic
control tower, tugboats, port
emergency building…)
Details Commercial Quays
Phase 1
Terminal 2
= Container handling
Terminal 1
= Multi Purpose
Terminal 4
= Dry Bulk
Port Operations
Area
Terminal 3
= Container handling
Government Berths: Buildings & Infrastructure
ROYAL OMANI
POLICE
IP3
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Finger Pier & Early Operations
• PDC Working Offices & Control Room
• Finger Pier for Operational Vessels & Fueling
• Pipelines for Cement & Fuel Loading/Unloading
Potential Market forMulti-Purpose / Project Cargo
in the Port of Duqm
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Central Location in Oman
• Close to the (new) oil and gas
concessions, inland and
offshore
• Direct road access between
Duqm and the oil fields and
free of bridges and tunnels
• Today there is no longer
acceptance of (oversized)
project cargo going to Oman
through UAE’s main portsMuscat
Salalah
Sohar
HaymaDuqm
300KM
250KM
200KM
150KM
100KM
First Project Cargo, April 2012
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Potential Market for
the container terminalsin the Port of Duqm
On the Main Shipping Route
• Duqm is strategically located:
on the main international trading route between Asia and Europe.
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Connection To The Growing Markets
India Ocean Rim
Mid-East
ISC
East Africa
Red Sea Port Traffic
24.1 Mn -12%
Port Traffic
11.2 Mn -10%
Total Tanshipment
Market
37 Mn TEU –11% average
growth
Port Traffic
1.9 Mn -7%
Mid-East
ISCEast Africa
The pyramid
shows each
region’’’’s total and gateway
traffic in Million
TEU and growth
rate over last 9
years
(2000-09)
Potential Market for the Dry Bulk terminal in the
Port of Duqm
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Logistic Support for Minerals Industry
• The region is very rich in minerals:
Limestone
Silica Sand
Dolomite
Solar Salt
Basalt
Laterite
• The region is very rich in minerals:
Gypsum
Kaolin
Granite
Gabbro
Attapulgite
Logistic Support for Minerals Industry
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Comparison with Iconic Structures
Rock required
for the port
construction:
18.0 million
tonnes
Rock required
for the port
construction:
18.0 million
tonnes
The mass of the
Pyramid of Giza
in Egypt
The mass of the
Pyramid of Giza
in Egypt
Steel required
for the port
construction:
35,000 tonnes
Steel required
for the port
construction:
35,000 tonnes
The metal
structure of the
Eiffel Tower in
France
The metal
structure of the
Eiffel Tower in
France
Concrete
required for the
port
construction:
1.8 million
tonnes
Concrete
required for the
port
construction:
1.8 million
tonnes
The concrete
used to
construct the
Burj Khalifa in
Dubai
The concrete
used to
construct the
Burj Khalifa in
Dubai
3 times 5 times 2.5 times 65 times
Total quantity of the channel
& basin dredging:
71 million cubic metres
The volume of the new
Wembley Stadium in
United Kingdom
Thank you