ismed ppd: diagnosis of egypt’s inland waterways transport system
TRANSCRIPT
By: Dr. Abdel Kader Lashine
TCBTRANS
Sept. 2014
DIAGNOSIS
OF
IWT SYSTEM
1) Development of IWT Performance (Total – Modal Split)
0.01%
4.3
6.9
3.2
2.2 2.0
0
5
10
1 2 3 4 5
10%
5.0%
1979 1987 1992 2000 2010
Year
IWT Total I/C %
1979 1987 1992 2000 2010
4.3 6.9 3.2 2.2 2.00
82.6 167.7 178.4 333.0 510
5.1% 4.0% 1.2% 0.70% 0.40%
Freight Transport MT.
M.T.
عدد الوحدات أسم الشركة الناقلةNo. of Units
الطنWt. Ton
الطن كمWt. Km
سنة/انتاجية الوحدة طنOutput Ton/Unit/Year
شركة النقل النهري
639 339.115 250.0189.22 530
230 214.339.001 337.163 1447 شركة السكر
344 162.150.280 493.157 1420 القطاع الخاص
404 258.859.35 42100 104 قطاع األعمال
3040 304.856.24 886.21 290 وادي النيل
366 102.201.70 12100 33 القوات المسلحة
441 381.239.53 465.098 1054 الوطنية
282 581.126 290563 1029 شركات أخرى
343 731.865.011 209.791.9 6016 المجموع
تقارير احصائية
2013حجم المنقول سنوياً لكل شركة خالل عام ) 1
RTA Annual Report
الهيئة العامة للنقل النهري: المصدر
2- Present Performance
Annual Output كفاءة استخدام األسطول ) 2وحدة سنوياً /أقصى حمولة
وحدة سنوياً /أدنى حمولة
متوسط أبعاد الوحدات ) متر 75 – 7متر عرض 50 – 40طول (
وحدة سنوياً /متوسط حمولة
Average Loading Capacity متوسط الحمولة النظرية للوحدة
Max. Output
T/Unit/Year
Min. Average Output
Average Unit Dim.
3040
400-500
230
343
سنة/طن
سنة/طن
سنة/طن
طن
3- Fleet Utilization
IWT SYSTEM
COMPONENTS
INFRASTRUCTURE SERVICE
PROVIDERS
INSTITUTION
INFRASTRUCTURE
Path
Navigable
River
Nile
Damietta
Alex.
Locks
RTA MOI
WR
Terminals
Multi-
Users
Single
User
Facilities
Traffic
Navigable
Aided RIS
Cairo
Corridor
Alex.
SERVICE PROVIDERS
Passenger - Freight
Freight Forwarders
Industry
Traders
Terminal - Operation
Ownership
Operations
Construction Maritime
Ownership
Operations
Marketing Fleet Operation
INSTITUTIONS
Movements : Rules and Regulations
MOWRI
Control all Projects along RN and other Channels
Lock Operation
MOT MOI
Enforcement Law Control of Water
Quantities along Inland Water Network (Av. Water Depth)
Regulations Rules
Licensing
Infrastructure Finance
Traffic Facilities
Operations Looks
Staff Training
Sector Development
SWOT ANALYSIS
III- IWT
SYSTEM
I- STRENGTH
Rail : 0.00756 liter/ton km
1. Saving in Fuel Consumption
Barges : 0.012 liter/ton km
Trucks : 0.038 liter/ton km
2. Saving on Investment (capital)
- Capital cost/ton capacity
- Less Demand on foreign)
L.E 30.000 for trucks
L.E 8000 – 10000 for barges
Currency (about 20%)
Imported parts : Only engine
Hull/Body Locally built
- Longer time life)
Barges : 20 – 30 years
Trucks : 12 years
3. Saving in Operating Cost:
Depreciation Cost
Fuel Cost
Spare Parts and Maintenance Cost
Labor Cost
- Navigable path available free of charge
4. Less Demand on Infrastructure
- Higher capacity : Load capacity of one unit 900T
- Navigable path available free of charge
1.1 (Push + Push) 900 T
1 Truck 30 T
i.e. 30 times (about 1.5 km of one lane Rd.)
5. Environment Friendly
Less CO2
Less Accident
II- WEAKNESS
A. Limitation On Operation
1- Speed
Operating Speed : (@12km/hr.)
2- Delays at Locks
3- Dependence on availability Enough
Water for safe and Economic Operation
4- Restriction Operating during daylight
C. Limited Market
Subsiding : Bulk Commodities for
Long Distance
B. Dependence on Other Mode
To Complete Door/Door Transport
III- OPPURTINITY
A. Commodity : Bulk (Dry/Liquid)
i- Foreign Trade Handled at Alex. And
Damietta Ports.
Grains
Sulpher
Coal
Cement
Sugar
Maize
ii – Intercity Transport
Petrol
Cement
Clays
Stones
Gravel
Sand
Moaleses
Phosphate
B. Quantities : Large Quantity
Over Hundred Thousands
Cairo/Alex - Damietta
C. Distances : Large Distances
Over 200km
Menya – Assuit - Sohag
Qena/Aswan
IV- THREATS
UNFAIR COMPETION WITH OTHER MODES:
A- Road Transport
a. Subsidy Policy:
Fuel/Infrastructure
b. Overloading
Legal 30 T. Actual 50-70T
c. Aging of the Fleet
Int. 12 years – local 20 years
d. Organizational
One man operation dominates the industry
(Less Administrative Cost/Difficult to
organize and/or to regulate)
B- Rail Transport
Very heavy governmental subsidy
Capital investment/Maintenance Requirements
PRESENT PYSICAL BOTTLE NECKS FACING DEVELOPMENT OF IWT
SYSTEM IN EGYPT
Along the Navigable Paths 1- Variation of Water Depths
Change of Navigable Water Depth Less Than 1.6m
ISSUES FACING IWT
Path
RESULTS
SAFETY OPERATION
Sticking Of Barges at River Bed
Damage Of
Propeller
Limited Periods For
Safe Operation
Operate with Less than
Loading Capacity
ROLE OF RTA
Co-ordinate with MOWRI For Safe And Continuous Navigation
Fleet Dimensions
Implementation of Projects
Develop RIS Establish New
Standers for Fleet.
Dominions to Suit
Prevailing Water Depths
Information Systems
During Passing Locks 2- Delays of Fleet
Physical Operational
Contract Private Sector
For Operations
Perform Maintenance and Repair in
Due Time
ROLE OF
RTA
River Terminals c- Development of New
Role of RTA
Forecast For Allocation of
Future Demand Prefeasibility
Study
Allocation on Land
Transport Infrastructure Public Utilities
Licenses
Tendering
B- Development of River Ports
RTA
NEW APPROACH
RTA will assume the following RESPONSBILITIES
1- Define Potential Demand on IWT
Along Main Corridors of Navigable Channels
2- Identify Appropriate Locations
3- Co-operate with Local Authorities
To A quire Land
4- Contact Feasibility Studies for the
Technical and Financial Violability for
The Selected Land
5- Prepare Draft Contract Documents
With the Developer
6- Assume Responsibilities with Other Agencies:
i
7- Announcement of Tender
- Connecting Location to Road Network
ii - Providing Public Utilities to Location
iii - Securing Required Licenses for Location
1400
1000
1200
600
800
200
400
0
Max. Wt. Of Different Commodities Transported Through IWT (different years)
1000T
Potential Demand On IWT
Import/Export : 6 – 8 M.T. B- Potential Market
Wheat/Maize/Coal/Sulpher/Phosphate Alum. Molasses/Cement/Coke Internal : 2 – 4 M.T. Petrol/Stones/Cement/Sugar/Timber Clay/Sand/Grail