A presentation done by Mr Elvin Harris (Executive Manager: Strategic Knowledge: TFR) at the Transport Forum SIG 4 June 2015 hosted by University of Johannesburg.
The theme for the event was: "Back to Rail - a Critical Analysis" and the topic for the presentation was: "Rail, the track to efficiency"
Grateful 7 speech thanking everyone that has helped.pdf
Rail, the track to efficiency
1. Rail : The Track to Efficiency
Transport Forum
Special Interest Group : 4 June 2015
2. PAGE
Contribute to RSA Competitiveness by Reducing the
Cost of Logistics
Deregulated Freight Transport and
Logistics Industry – Modal Imbalance
: Focus
Road to Rail shift – Efficient Operations
Modal Collaboration and Intermodalism
Enabling the shift from a mining-based
to a networked economy
Enabling global competitiveness of
shippers and downstream industries
Preparing for mineral beneficiation
development
Providing capacity against long-term
investment returns
Rail Turnaround on Track
Total logistics cost (2012)* = 12.8% of GDP
Transport costs are high – driven by high fuel
prices. Rail contributes only ~11% to the
transport costs
Inventory Carrying Cost
12%
Mngmnt & Admin
12%
Warehousing
15%
Transport
61%
* 9th Annual State of Logistics Survey
3. PAGE
MDS – Turnaround driving volumes back to rail
60
62
64
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
1996 1998 2000 2002 2004 2006 2008 2010 2012 2014
1986 : Decline in volumes following
deregulation
1990s : Lack of investment compromises
service and leads to less utilisation of Rail -
loss of market share to Road
Business in decline – loss of skills and market
reputation
2000s : Inadequate and ageing capacity.
Unable to capitalise on economic growth and
commodity boom
2005 : Re-engineering Programmes to
improve efficiencies and refocus the business
2009 : Economic Recession interrupts growth
path – Affordability constrains capacity
creation
2012 : Market Demand Strategy
2012 : Market Demand
Strategy
Decisive action leads to Rail
Turnaround
Road to Rail shift through General Freight growth
General Freight Million Tons
4. PAGE 3
To create
capacity
ahead of
demand
To maintain,
upgrade and
modernise
the rail
system
Market Demand Strategy
Market
Development
To improve
performance
productivity
and
operational
efficiency
To contribute
to a reduction
in the cost of
logistics
Operational
Efficiency
Capital
Investment
To develop
skills
To create
sustainable
employment
opportunities
To transform
the business
to a high
performance
culture
People
To build
market
reputation &
credibility
To increase
market
share
To develop a
customer
centric
culture
To build and
maintain a
healthy and
safe working
and
operations
environment
Safety
To develop an
integrated
Regional rail
system with
economic
growth
opportunities
Regional
Integration
Goal : Top 5 Railway - Financially sustainable, Integrated Logistics Service Provider, Innovative,
Employer of Choice, World Class Customer Service, Gold Standard Operations and Capital Execution
Core Strategies and Objectives
Core Strategies
Objectives
5. PAGE
Growth through investment and efficiencies
Back to Rail - Capturing
Growth Opportunities
Operational Efficiency Capital Investment
Improved Operations and
Train Planning
Bimodal Technology
Standardise systems
Entrench operational
discipline and adherence to
operating procedure
Develop rail operational
skills
Operations philosophy to
optimise existing assets
Detailed capacity planning:
Wagons
Locomotives
Network slots
New rail technologies &
modernisation of Locos,
Wagons and Network
Strategic Expansion
Develop Engineering &
Project Management Skills
Invest to maintain the system
and create new capacity
Market
Responsiveness
Reliability
On Time In Full
Productivity Partnerships for
logistics solutions
Superior
Customer Service
7. PAGE
Efficiencies achieved since start of Locomotive
Modernisation Programme
6
Loco
Type
Corridor / Flow Key Commodities Efficiency Improvements
19E Export Coal heavy haul line Coal Locomotives cycle time improved from
58 to 41 hours
15E Export Iron ore heavy haul
line
Iron Ore Improved number of locomotives per
342 wagon train from 9 to 6
locomotives per train with better
energy usage
50 “Like
New”
Steelpoort – Ermelo
Lephalale - Thabazimbi
Chrome / Ferrochrome
Coal
Sustained current flows with better
delivery rate
43D
Phalaborwa – Richards Bay Magnetite; Rock
Phosphate
Wagon cycle time improved from 84
to 56 hours
Eskom Power Stations Coal Ensured Camden, Thuthuka and
Grootvlei power stations are provided
with uninterrupted train service
Sishen – Saldanha Iron Ore Reduction in diesel fuel consumption
20E Hotazel – Port Elizabeth Manganese Wagon cycle time improved from 90
to 65 hours
AMSA Flows (ex-Sishen) Iron Ore Sustain AMSA Iron Ore flows
Reliable locomotives – a primary element in the system - contribute to improved
cycle times. This in turn raises service reliability and market capture prospects
9. PAGE
A railway fit for the future is a responsive railway
A responsive railway meets the unique logistics
needs of the economy
▪ Optimally maintains, utilises and densifies
existing infrastructure
▪ Invests to create capacity ahead of demand
▪ Reduces the cost of logistics
▪ Reduces the cost of externalities to the
economy
▪ Strives for regional connectivity
▪ Attracts and retains rail friendly traffic on rail
▪ Collaborates for intermodal solutions 8
A sustainable railway contributes to the
competitiveness of a developing nation
10. PAGE 9
“The recent upswing in the rail
share has occurred more rapidly
than anticipated. The modal
shift objectives of increasing
bulk exports of coal and iron
ore; recapturing both export and
domestic bulk markets for other
ores; and making first
attempts to increase the high-
value and corridor market
shares are beginning to bear
fruit. The modal shift strategy of
increased rail investment and
improved service levels should
receive further support”
Source: 9th Annual State of Logistics Survey for South Africa 2012
Conclusion
Accelerating Rail Market Share Growth