Upload
phungdieu
View
218
Download
0
Embed Size (px)
Citation preview
North American Intermodal ExperienceNew DelhiMarch 25, 2009
Joint Workshop Planning Commission / Indian Railways / World Bank
1
Inland transport: key driver of global supply chain competitiveness
Example: New Delhi, India to Dayton, OH
Source: APL
North American Intermodal in Context
Double-Stack Revo/Evolution
Key Players & Relationships
Infrastructure Funding
Outlook
ContentsIntermodal in Context
3
Revenue - $64 Billion
Carloads – 38 Million
Ton-Miles – 2+ Trillion
Market Share (ton-miles) – 41%
Railroads – 559 railroads, 7 Class I
Route Miles – 169,000
Employees – 226,000
Locomotives – 23,000
Freight Cars – 1.6 Million, 49% railroad-owned
Capital Expenditures – $9 Billion
Snapshot: North American Rail Freight – 2006
Key Players
Traffic
Infrastructure
Operating Ratios: Mid-High 70s
4
All of the Class I railroads are regionals – connected & competing
Norfolk SouthernBNSF
CSXUnion Pacific
Canadian PacificCanadian National
Kansas City Sthn.
Source: Skedz
Key Players
5
North American rail infrastructure investment
Intermodal in Context
Freight is king
Railroads compete AND cooperate
Investment driven by private sector
Diverse supplier ecosystem
Ambiguous national transportation policy
Freight is king
Railroads compete AND cooperate
Investment driven by private sector
Diverse supplier ecosystem
Ambiguous national transportation policy
Characteristics Results
Effectively dedicated freight corridors
Rapid response by private sector– Large scale– Very efficient– Meeting customer needs
BUT . . . untapped opportunities to address national goals
– Weak interline markets– Weak intercity passenger rail– More rail freight desirable to meet
energy & environment goals
Effectively dedicated freight corridors
Rapid response by private sector– Large scale– Very efficient– Meeting customer needs
BUT . . . untapped opportunities to address national goals
– Weak interline markets– Weak intercity passenger rail– More rail freight desirable to meet
energy & environment goals
Future North American Trend: Increased public investment in rail
6
North American freight: large scale, and highly productive
Major World Railways – Scale and Productivity, 2006
Source: World Bank
Intermodal in Context
7
U.S. railroads have blossomed since deregulation in 1980, when Staggers Act led to substantial restructuring
Intermodal in Context
Source: AAR
8
Rail has over 40% share of all freight ton-miles, and intermodal represents about 20% of rail revenue
Truck28%
Rail41%
Inland Waterway
13%Total Rail Revenue = $58B
U.S. Freight Modal ShareTon-Miles, 2006
U.S. Class I Railroad Revenue by Commodity, 2007
Coal
Intermodal19%
Chemicals
Farm Prod.
Wood & Paper
Food
Auto
Ore & Mineral
Metals
Waste
Sources: BTS, AAR
Pipeline19%
Intermodal in Context
9
Intermodal volume has grown at a 5.8% annual rate since 1980, much faster than total rail volume, and truck
0
2,000
4,000
6,000
8,000
10,000
12,000
14,000
16,000
1980
1985
1990
1995
2000
2001
2002
2003
2004
2005
2006
2007
2008
North American Rail Intermodal VolumeContainers/Trailers (000)
1980-2008 CAGR: 5.8%
Source: IANA
Supercharged growth from 2002-2006
Recent domestic growth 2-3% per year
International rail volume fell in 2007, partially due to increased “all water”Asia – U.S. East Coast vessel services
2008 fall off from global recession
2002-2006
CAGR 8.4%
Intermodal in Context
Approx. 25 MM TEUs
10
Domestic rail-truck intermodal is competitive over 1,000 miles, but as TL costs are increasing, the breakeven point is declining
Cost ($/Ton)
Truckload ($2.00 Diesel)
IntermodalRail Carload
Rail Unit Train
Distance in Miles
Break-even Zone
Truckload ($4.50 Diesel)
ConceptualConceptual
Intermodal in Context
11
Rail-truck intermodal has the greatest market share at longer lengths of haul, where rail economics are most compelling
U.S. Mode Share by Mileage Block
Largest highway volume is in shorter haul lanes
Intermodal has highest share in long haul lanes
Lots of upside, but limited by service requirements and longer drays
Largest highway volume is in shorter haul lanes
Intermodal has highest share in long haul lanes
Lots of upside, but limited by service requirements and longer drays M
illion
s of
Tra
ilers
or C
onta
iner
s
Rail Intermodal Share
2% 7% 7% 12% 24% 32%
Miles
Source: 2006 Transearch; Norbridge Analysis
U.S. Mode Share by Mileage Block
0
10
20
30
40
50
60
70
80
301-600
601-900
901-1200
1201-1500
1501-180
1801+
IntermodalLTL TruckPvt TruckTL Truck
16% intermodal share in markets over 600 miles
Intermodal in Context
16% intermodal share in markets over 600 miles
12
Most intermodal moves in long distance West-East lanes on efficient double-stack container trains
Source: U.S. Department of Transportation, Federal Highway Administration (April, 2002)
U.S. Intermodal Rail Density Map
Intermodal in Context
13
Contents
U.S. Intermodal in Context
Double-Stack Revo/Evolution
Key Players & Relationships
Infrastructure Funding
Outlook
14
Railcar technology has evolved, driven by global containerization
Single Stack
Double Stack
Domestic Containerization
DST Evolution
Bimodal Technologies
DST: 1/3/5-well articulated cars (40’ & 53’ wells), 9000’ trains, 560 TEU/train
15
020406080
100120140160180200220240260
SingleStack
Double-Stack
SingleStack
Double-Stack
LinehaulEquipmentDray, terminal, other
Door-to-Door Cost StructureIllustrative
12%Savings
23%Savings
Double-stack savings are substantial for long hauls, but diminish for shorter hauls on an all-in basis
Source: Norbridge analysis
DST Evolution
500 Miles 2000 Miles
Double-stack advantage: lower tare weight and more boxes per train
Result: 35% lower linehaul costs
But endpoint costs dilute linehaul savings, therefore no panacea for short hauls
Double-stack advantage: lower tare weight and more boxes per train
Result: 35% lower linehaul costs
But endpoint costs dilute linehaul savings, therefore no panacea for short hauls
16
DST route structure evolved rapidly, overcoming significant infrastructure barriers – clearances, terminals and equipment
The double-stack route network expanded rapidly from 1984 to 1993 . . .
. . . Driven by terminal rationalization & mechanization
DST Evolution
0
200
400
600
800
1000
1200
1400
1978 1986 2008
Non-Mechanized
Mechanized
361255
11% 48% 95%
1176
Number of Intermodal Terminals
17
DST clearance envelope followed auto multilevels
Initial DST lanes used routes cleared for multi-level auto rack cars; new clearance projects proceeded case-by-case based on ROI. Most were funded by the railroads; some state funding (e.g., PA).
DST Evolution
Conventional Multilevel
High “Q-Car”Multilevel
Two 8.5’ISO Boxes
Two 9.5’Domestic Boxes
19’7” 20’8” 18’9” 20’9”
Auto DST
18
Domestic containers have shifted rapidly from 48’ to 53’, matching standard for over-the-road domestic trailers
Total fleet of 48’/53’ domestic containers = 150,000; now mostly 53’s
Supplied by some railroads and half a dozen intermediaries
Domestic containers can go in the large wells, and also on top of 40s, -- corner castings are at 40-foot and 53-foot locations.
DST Evolution
19
Intermodal railcar technology alternatives
RoadRailer – “bimodal”– Trailer-based– Bogie and purpose-built trailer– Triple Crown dedicated network
RailRunner – “bimodal”– Container-based– Bogie and purpose-built chassis– Port or double-stack hub feeder
Iron Highway – “modern circus”– Any trailer or container on chassis – Continuous platform - “circus” load from center– Canadian Pacific: Montreal-Toronto-Detroit
DST Evolution
Iron Highway
RoadRailer
RailRunner
20
Bimodal Alternatives: RoadRailer
RoadRailer is a specialized trailer + bogie combination – no cranes required.
NS Triple Crown Services runs a dedicated train network with 6500 units
NS’ Triple Crown Services Subsidiary
Source: RoadRailer, TCS
DST Evolution
RoadRailer Trailers
21
Bimodal Alternatives: RailRunner
RailRunner is specialized chassis + bogie combination – no cranes required
Complements container system – port and double-stack feeder
Smooth ride - Air cushion and steerable trucks
Cost advantages- Small gaps = good aerodynamics and
more containers per per train- Low tare weight = less power/fuel- Radial steering = less track/wheel wear- Complements double-stack network
No catenary interference in terminal- Neither locomotive switch nor
electric wire-free area requiredHigh security
- Doors can’t be opened“Terminal Anywhere”
- No lift equipment, small footprint- “$1M - $2M vs. $25M - $50MM
RailRunner Benefits
Source: RailRunner FULL DISCLOSURE: DEAN WISE IS INVESTOR AND ON BOD OF RAILRUNNER
DST Evolution
RailRunner container train
22
Contents
U.S. Intermodal in Context
Double-Stack Revo/Evolution
Key Players & Relationships
Infrastructure Funding
Outlook
23
Key players drive the intermodal sector
Railroads – 7 Class Is
Ports – 10 Majors
Local Trucking (Drayage) – Hundreds, fragmented
Container Lines – Top 10
Stack Train Operators – Pacer and CSX Intermodal
Intermodal Retailers – Motor Carriers, UPS, IMCs, RRs
Railcar Pool – TTX
Key Players
24
In addition to the basic transportation linkages, many differentplayers sell and supply the intermodal value chain
ShippersShippers ReceiversReceivers
Retailers – IMC, Motor Carriers, Ocean CarriersRetailers – IMC, Motor Carriers, Ocean Carriers
Stack Train OperatorsStack Train Operators
Key:Day-to-day
operational relationship
Commercial relationship
Key:Day-to-day
operational relationship
Commercial relationship
Origin Drayage
Companies
Origin Drayage
Companies
Destination Drayage
Companies
Destination Drayage
Companies
Rail Equipment Suppliers
Rail Equipment Suppliers
Highway Equipment Suppliers
Highway Equipment Suppliers
Terminal Equipment Suppliers
Terminal Equipment Suppliers
Sales and Customer Service
Transportation
Equipment
Railroads
Key Players
25
Intermodal is an important segment for all of the major Class Is
Note: Carrier websites. CN and CP in Canadian dollars
North American Freight Railroads2008 Revenue
West East Canada
Primary Operating Region:
BNSF37%
Union Pacific20%
CSX10%
Norfolk Southern
14%
Canadian National
10%
Canadian Pacific
9%
Railroad Intermodal Market Share, 2008
Total Rail IntermodalRevenue: $13.9B
Key Players
$0$2$4$6$8
$10$12$14$16$18$20
BNSF UP CSX NS CN* CP* KCS
Non-Intermodal
Intermodal
26
The western railroads’ networks reflect the Asia-US pipeline
Key Players
BNSF and UP Intermodal Density
27
Prince Rupert.02M
Vancouver2.5M
Seattle + Tacoma3.6M
LA/Long Beach14.3M
Oakland2.2M
Manzanillo1.4M
Houston1.8M
Savannah2.6M
Charleston1.6M
Hampton Roads2.1M
NY/NJ5.4M
Montreal1.5M
Lazaro0.3M
Halifax0.4M
Baltimore0.6M
Jacksonville0.7M
Miami+Port Everglades
1.8M
Los Angeles/Long Beach accounts for a third of container traffic; Prince Rupert is the “new kid on the block”
Source: Port websites, Norbridge estimates.
2008 ocean container volumes
declined, especially on West Coast
Major North American Ports, 2008Million TEUs
Key Players
28
Domestic intermodal has three sales channels: intermodal marketing companies (IMC), truckload carriers, and railroads
Domestic Rail-Truck Sales Channels
Channel Example Players Advantages Disadvantages
Must rely on others for assets and movement
Low margins, high overhead
Inefficient
Outlook
Intermodal Marketing Companies (IMCs)
Hub Group, Exel, Pacer Global, Alliance, C.H.
Robinson
Customer relationships
Door-to-door operational expertise
Nationwide coverage
Truckload Motor Carriers
J.B. Hunt, Schneider,
Swift
Lower overhead
In-house drayage
Customer relationships
Minimal operating synergy with trucking operations
Requires new management focusMinimal experience selling or operating,
Lack of nationwide coverage
RailroadRetail
NS Triple Crown, Union Pacific Distribution
Services
Control customer relationship
Control integrated operation/margins
Key Players
Non-asset based
Asset based
29
$0$200$400$600$800
$1,000$1,200$1,400$1,600$1,800$2,000
19901995
20002001
20022003
20042005
20062007
2008
J.B. Hunt Intermodal Revenue1990-2008 ($MM)
Favorable long-term contract with BNSF provides excellent service and pricing flexibility
14.4% 2008 Intermodal operating margin best in business
Intermodal now the biggest J.B. Hunt revenue segment, from 32% of revenue in 2001 to 61% of revenue in 2008.
34,000 domestic containers, 26,000 trailers (also used for TL business)
J.B. Hunt has grown its rail-truck intermodal revenue at double-digit rates, gaining share from other retailers
Favorable long-term contract with BNSF provides excellent service and pricing flexibility
14.4% 2008 Intermodal operating margin best in business
Intermodal now the biggest J.B. Hunt revenue segment, from 32% of revenue in 2001 to 61% of revenue in 2008.
34,000 domestic containers, 26,000 trailers (also used for TL business)
Source: Company financial reports
J.B. Hunt Revenue By Segment, 2008
Key Players
1995-2008 CAGR:11.4% 2006-2008
CAGR 16.8%
6%
18%
25%51%
Intermodal
Dedicated
Truckload
ICS
Approaching $2B . .
30
Pacer is unique – wholesaling its stack train network, retailing through its IMC, and providing trucking and warehousing
Source: Company financial reports
Pacer Stack Train Network
Key Players
2008 revenue: $2.1B
Pioneered double-stack with predecessor APL in 1984, now 1000 trains/week, 80 terminals
Sells space on scheduled train network to other IMCs
Developed new door-to-door wholesale product
Equipment position– 1800 stack cars– 29,000 domestic containers
Primary rail partners: Union Pacific and CSX; recently BNSF
Major challenge: Long-term contract with Union Pacific expires in 2011 – future unclear
2008 revenue: $2.1B
Pioneered double-stack with predecessor APL in 1984, now 1000 trains/week, 80 terminals
Sells space on scheduled train network to other IMCs
Developed new door-to-door wholesale product
Equipment position– 1800 stack cars– 29,000 domestic containers
Primary rail partners: Union Pacific and CSX; recently BNSF
Major challenge: Long-term contract with Union Pacific expires in 2011 – future unclear
31
Contents
U.S. Intermodal in Context
Double-Stack Revo/Evolution
Key Players & Relationships
Infrastructure Funding
Outlook
32
Infrastructure funding background
Historically almost all funding from private sector– Track – railroads– Terminals – railroads, ports– Railcar equipment – TTX and railroads– Trailers/containers – railroads and pools (declining), motor carriers,
intermodal marketing companies, ocean carriers
Federal transportation funding for rail freight slowly increased– 1990s – ISTEA, TEA-21– 2000s – SAFETEA-LU - projects of national significance
Railroads have varying degrees of interest – “slippery slope” concern– NS most active, CSX becoming more active, UP reluctant
Advocacy groups have made a strong case – AASHTO, AAR, Surface Transportation Policy and Revenue Study
Commission– $135B infrastructure expansion requirement by 2035, $39B shortfall– Obama Stimulus: $27B for formula grants to state/local govts., but expect
minimal use for rail projects; $8B for high speed passenger rail
Infrastructure Funding
33
Recent rail infrastructure funding examples
NS Heartland
CSX National Gateway
Logistics Parks
CA Alameda Corridor
KCS Speedway
Inland PortsTerminals
Significant Connectors
Multi-State Corridors
Chicago CREATE
Equipment “Clean Trucks” Drayage
Rail Equipment Pools
Examples of Multi-Party Infrastructure Investment
Infrastructure Funding
34
Case Study: Alameda Corridor, Southern California
$2.4 B, 20-mile-long link between ports of Los Angeles / Long Beach and the U.S. rail network.
Eliminated a major intermodal bottleneck.
Includes bridges, underpasses, overpasses a 10-mile trench to separate freight trains from vehicles and passenger trains.
Completed April 2002.
Financed through a public-private partnership:
$0 $500 $1,000 $1,500
Other
Ports of LA/LB
MTA (Local)
Federal Gov't
Bonds
Funding (MM)
Sources: OnTrac, Alameda Corridor Transportation Authority, Union Pacific
Infrastructure Funding
35
Los Angeles / Long Beach On-Dock Rail Facilities
Alameda Corridor connects 10 LA/LB rail terminals with BNSF and UP’s network, reducing street truck traffic to near-dock and off-dock rail terminals.
Sources: Trains Magazine (Sep. 2006)
Port of LA / Long Beach On-Dock Rail Map
Infrastructure Funding
36
Case Study: Chicago CREATE
25% of U.S. rail traffic moves from, to or through Chicago.
$1.5B project seeks to improve rail transportation in Chicago, the primary rail hub in the U.S.
A public-private partnership between the U.S. Department of Transportation, the State of Illinois, the City of Chicago, and 8 freight and passenger railroads.
CREATE will invest in new over/underpasses, viaducts, and track and signal upgrades.
41% of CREATE projects are already underway (as of 2009).
Sources: CREATE website
Chicago CREATE Corridors
Infrastructure Funding
37
Case Study: NS Heartland Corridor
$151M effort to increase tunnel clearances between East Coast and Chicago, to be completed in 2010.
Will shorten distance traveled by double-stack trains between East Coast and Midwest by 200 miles.
Financed through a public-private partnership: NS ($45M), Federal government ($95M) two states ($11M).
Part of $311M in NS and public intermodal investments along the line.
NS Heartland CorridorShown as Black Line
Sources: Norfolk Southern, VA Commonwealth Transportation Board, Trains Magazine (Apr. 2009)
Infrastructure Funding
38
Case Study: NS / KCS Meridian Speedway
$300M upgrade to 320-mile “Meridian Speedway” in U.S. Southeast.
Speedway provides a faster route for intermodal shipments between West Coast, Texas, and the Southeast.
Line was originally owned by Kansas City Southern, but Norfolk Southern took a 30% stake in 2006, and funded the improvements.
By 2010, upgrades will increase train speeds to 60 mph (97 kph) on 80% of the line.
The line is also used by Union Pacific for shipments from the West Coast.
Meridian Speedway
Sources: Wall Street Journal (Feb. 2008), Logistics Management (May 2006), Norfolk Southern (June 2006 8k)
Infrastructure Funding
39
Case Study: CSX National Gateway
$724M plan to provide clearances and terminals for double-stack intermodal service in Eastern U.S. by 2015.
Public-private partnership between CSX Transportation ($362M est.), six states ($181M est.) and the Federal government ($181M est.).
Project would ease the flow of intermodal shipments from East Coast ports into U.S. Midwest.
Public funding – particularly for clearances – is sill being sought.
Recent fiscal stimulus may provide additional federal funds.
CSX National Gateway
Sources: Cleveland Plain Dealer, National Gateway homepage.
Infrastructure Funding
40
Case Study: Logistics Park Chicago, BNSF
Sources: BNSF, JADA, Google Maps
700-acre intermodal facility located in a 2,200-acre industrial park outside of Chicago, on former U.S. Army property.
Intermodal and finished vehicles
Handles international containers from West Coast ports, including daily service from LA, Long Beach, and Seattle.
LPC has allowed BNSF to win business from steamship lines moving containers into Midwestern U.S. markets.
Centerpoint and Prologis developing 12 MM sq. ft. warehousing with major retailers (Wal-Mart, others)
Total projected investment: $1B total (private and public)
Logistics Park Chicago
Infrastructure Funding
41
Case Study: TTX
TTX is a joint venture owned by the major North American railroads, providing pooled rail equipment at market rates.
Today, TTX owns 67% of U.S. intermodal platforms.
Over the last 10 years, 61% of TTX’s $3.9B in new equipment consisted of intermodal cars.
Pooling the purchase and management of intermodal cars
– Standardized equipment specs– Increases equipment availability and
limits empty miles– Reduces the railroads’ capex (TTX is
funded from daily rentals)
TTX DST
TTXNon-DST
Other Non-DST
Other DST
U.S. Intermodal Fleet Intermodal Platforms by Owner and Type
Total:316K Platforms
Source: TTX
Infrastructure Funding
42
Contents
U.S. Intermodal in Context
Double-Stack Revo/Evolution
Key Players & Relationships
Infrastructure Funding
Outlook
43
Looking ahead, intermodal will outpace other modes, providing opportunities for the strongest players
Intermodal Growth DriversGlobal trade growth
Trucking cost pressures –drivers, fuel, congestion, environmental
Healthy rail sector
Green appeal – carbon offsets
Intermodal Growth DriversGlobal trade growth
Trucking cost pressures –drivers, fuel, congestion, environmental
Healthy rail sector
Green appeal – carbon offsets
Intermodal ChallengesPanama Canal expansion – 2014
Meeting customer needs for service and capacity
Passenger train network
Measured pace of investment
Intermodal ChallengesPanama Canal expansion – 2014
Meeting customer needs for service and capacity
Passenger train network
Measured pace of investment
Outlook
44
Post recession, intermodal growth prospects are strong
Outlook
U.S. Freight ForecastCAGR 2009-2020
2.5% 2.1% 2.3% 1.7%
4.7% 5.0% 5.1%4.2%
8.0%
0%1%2%3%4%5%6%7%8%9%
10%
US GDPTotal
Truck
Rail Carlo
ad
Intermodal
TotalTruck
Rail Carlo
ad
Intermodal
Tons Revenue
65% volume growth
Double revenue to $20B
Source: ATA, HIS Global Insight, March 2009
45
Strong international container growth is expected to continue, particularly at big load center ports that can handle larger vessels
Outlook
46
Passenger network expansion will compete for resources, but can ultimately complement freight infrastructure
Outlook
47
Nimble commercial strategies, innovative operations, and steady investment in growth will ensure continued health of NA intermodal
Outlook
Keep the pressure on the “indifference line”– Productivity gains– Service excellence
Drive further share in current hub lanes
Fill in the “white space” – secondary markets
Move into shorter hauls – carbon offset financing?
Selective use of bimodal for port-rail feeder, double-stack feeder, and closed loop unit trains
Niche opportunities in bulk (reefer, tank, waste) and auto
Attract the next wave of channel partners
Keep the pressure on the “indifference line”– Productivity gains– Service excellence
Drive further share in current hub lanes
Fill in the “white space” – secondary markets
Move into shorter hauls – carbon offset financing?
Selective use of bimodal for port-rail feeder, double-stack feeder, and closed loop unit trains
Niche opportunities in bulk (reefer, tank, waste) and auto
Attract the next wave of channel partners
Growing North American Intermodal to 2020