ismed ppd: diagnosis of egypt’s inland waterways transport system

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By: Dr. Abdel Kader Lashine TCBTRANS Sept. 2014 DIAGNOSIS OF IWT SYSTEM

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Page 1: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

By: Dr. Abdel Kader Lashine

TCBTRANS

Sept. 2014

DIAGNOSIS

OF

IWT SYSTEM

Page 2: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport 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.

Page 3: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 4: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 5: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

IWT SYSTEM

COMPONENTS

INFRASTRUCTURE SERVICE

PROVIDERS

INSTITUTION

Page 6: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

INFRASTRUCTURE

Path

Navigable

River

Nile

Damietta

Alex.

Locks

RTA MOI

WR

Terminals

Multi-

Users

Single

User

Facilities

Traffic

Navigable

Aided RIS

Cairo

Corridor

Alex.

Page 7: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

SERVICE PROVIDERS

Passenger - Freight

Freight Forwarders

Industry

Traders

Terminal - Operation

Ownership

Operations

Construction Maritime

Ownership

Operations

Marketing Fleet Operation

Page 8: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 9: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

SWOT ANALYSIS

III- IWT

SYSTEM

Page 10: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

I- STRENGTH

Page 11: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

Rail : 0.00756 liter/ton km

1. Saving in Fuel Consumption

Barges : 0.012 liter/ton km

Trucks : 0.038 liter/ton km

Page 12: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 13: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

3. Saving in Operating Cost:

Depreciation Cost

Fuel Cost

Spare Parts and Maintenance Cost

Labor Cost

Page 14: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

- 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.)

Page 15: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

5. Environment Friendly

Less CO2

Less Accident

Page 16: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

II- WEAKNESS

Page 17: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 18: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

C. Limited Market

Subsiding : Bulk Commodities for

Long Distance

B. Dependence on Other Mode

To Complete Door/Door Transport

Page 19: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

III- OPPURTINITY

Page 20: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

A. Commodity : Bulk (Dry/Liquid)

i- Foreign Trade Handled at Alex. And

Damietta Ports.

Grains

Sulpher

Coal

Cement

Sugar

Maize

Page 21: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

ii – Intercity Transport

Petrol

Cement

Clays

Stones

Gravel

Sand

Moaleses

Phosphate

Page 22: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

B. Quantities : Large Quantity

Over Hundred Thousands

Cairo/Alex - Damietta

C. Distances : Large Distances

Over 200km

Menya – Assuit - Sohag

Qena/Aswan

Page 23: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

IV- THREATS

Page 24: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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)

Page 25: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

B- Rail Transport

Very heavy governmental subsidy

Capital investment/Maintenance Requirements

Page 26: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

PRESENT PYSICAL BOTTLE NECKS FACING DEVELOPMENT OF IWT

SYSTEM IN EGYPT

Page 27: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

Along the Navigable Paths 1- Variation of Water Depths

Change of Navigable Water Depth Less Than 1.6m

ISSUES FACING IWT

Path

Page 28: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

RESULTS

SAFETY OPERATION

Sticking Of Barges at River Bed

Damage Of

Propeller

Limited Periods For

Safe Operation

Operate with Less than

Loading Capacity

Page 29: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 30: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

During Passing Locks 2- Delays of Fleet

Physical Operational

Contract Private Sector

For Operations

Perform Maintenance and Repair in

Due Time

ROLE OF

RTA

Page 31: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 32: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

B- Development of River Ports

RTA

NEW APPROACH

RTA will assume the following RESPONSBILITIES

Page 33: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 34: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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

Page 35: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

1400

1000

1200

600

800

200

400

0

Max. Wt. Of Different Commodities Transported Through IWT (different years)

1000T

Potential Demand On IWT

Page 36: ISMED PPD: Diagnosis of Egypt’s Inland Waterways Transport System

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