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MANAGING A SOUND RAIL TRANSPORTATION STRATEGY
Presented by:
Kelvin J. Dowd, Esq.
Slover & Loftus
1224 17th Street, N.W.
Washington, D.C. 20036
(202) 347-7170
info@sloverandloftus.com
International Quality & Productivity Center
Inventory Control & Supply Chain
Management Seminar
January 29-30, 1997
Atlanta, Georgia
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The Existing and Prospective Rail Coal Transportation Networks
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Key Transportation Concerns for the Utility Fuel Manager
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Goals of the Rail Service Marketer
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Coal Transportation Strategy: the Importance of Accurate Cost Data
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Coal Transportation Strategy: Nature and Sources of Leverage
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The Modern Coal Transportation Contract
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Emerging Issues and Closing Observations
The Western Coal Rail Network
Burlington Northern Santa Fe Railway
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35,400 miles of road
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58% of western coal originations
Union Pacific System
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25,000 miles of road
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38% of western coal originations
Ineffectiveness of Merger Conditions
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Underutilized trackage rights
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Marginalized shipper conditions
Consequences of Rail Duopoly
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Rate stabilization or inflation
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Service quality deficiencies
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Insensitivity to customer needs
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ROI burden
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Legislative initiatives and "open access"
The Eastern Coal Rail Outlook
CSX Transportation, Inc.
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18,600 miles of road
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51% of utility coal shipments
Norfolk Southern Railway
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14,500 miles of road
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26% of utility coal shipments
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Significant presence in export market
Consolidated Rail Corporation
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11,000 miles of road
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23% of utility coal shipments
After the Corporate Wars
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Coal revenues:
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CSX-CR: 75% of low sulfur coal origins
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$10 Billion to be returned to investors
Key Utility Coal Transportation Concerns
Volume Flexibility
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Year to year in response to power market
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Month to month to manage inventory
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Irregular shifts due to outages, etc.
Service Reliability
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Transit times to maximize efficient utilization of railcars
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Adequate car fleet management, repair
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Ancillary service quality
Competitive Base Pricing
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Transportation costs are 30-70% of delivered cost
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Competition for available rents is issue
Predictable Price Adjustments
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Index based adjustments
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Cost based adjustments
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Market true-ups
General Risk Protection
Accommodations for Changing Laws and Regulations
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Environmental legislation
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Utility deregulation
Railroad Marketing Goals
Long-term volume commitments
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Standardized schedules with minimum deviations
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Service commitments that match utility volume commitments
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Maximum operating flexibility
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Maximized differential pricing
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Most rail traffic is unregulated
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Coal demand is relatively inelastic
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Merger investment return and competitive intermodal traffic
Risk assumption by shippers, coal operators, connecting carriers
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No reopeners or "easy outs"
The Importance of Accurate Cost Data
Costs as a Key to Goal-Setting
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Credible foundation from which to negotiate
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Avoidance of over or under-reaching
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Can facilitate a "win-win" solution
Your Costs
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Coal costs and forecasts
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Transportation equipment
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Generation, transmission, O&M, debt
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Environmental compliance; allowances
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Other regulatory costs
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Purchased power costs; market clearing prices
The Railroad's Costs
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Fixed and Capital Costs
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Relationship to mergers
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Recovery of "system improvements"
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Variable Costs
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Costs that vary with the level of output:
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labor
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fuel
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m-o-w
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locomotive maintenance
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variable capital costs
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Threshold for federal rail regulation: 180%
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Threshold for system "revenue adequacy": 135-140%
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Competitive pricing: 150% (8-9 mills)
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Key to ineffectiveness of negotiated trackage rights as merger conditions
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owner: vc (5 mills) + fc/p (3 mills) = 8 mills
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user: fee (5 mills) + vc (5 mills) = 10 mills
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variable costs are an information source, not a negotiating tool
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Stand-Alone Costs
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Least cost, efficient hypothetical competitor
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Contestability theory and the legal standard for maximum rate reasonableness
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SAC can be a negotiating tool
Nature and Sources of Negotiating Leverage
Competition: The Holy Grail
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Intramodal competition
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Rare to find natural origin-to-destination rail competition
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ICC/STB hostility to forced use of rail lines to create or enhance competition
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Terminal trackage rights
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Reciprocal switching
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Merger conditions for vertical foreclosure
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Open access legislation
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Competition through capital investment
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Spur lines and private lines
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Expedited regulatory approval
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"If you build it, we will come."
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Intermodal Competition
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Volume and distance limits on effectiveness of truck competition
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Geography dictates role of water transport (East)
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Geographic Competition
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May be feasible for utilities with multiple stations
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Heavily dependent on fuel supply profile and presence of intramodal competition
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The Bottleneck Problem
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Mergers and the "one lump" theory
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Regulation of bottleneck rail rates
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Product Competition
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Dual fuel capability
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In combination with geographic competition
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Limits on effectiveness of gas as long-term substitute
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Contracts and sunk costs
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Purchased power
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Key to volume flexibility
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Double-edged sword
Maximum Rate Regulation
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No meaningful role where bona fide competition (commercial leverage) exists
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Market dominance threshold
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Commercial and regulatory leverage are mutually exclusive
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Timing considerations
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STB only regulates common carrier rates
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New procedural rules: 480 day schedule
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Long lead time for effective use in negotiations
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Coal Rate Guidelines can lead to favorable rate prescriptions
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West Texas Utilities (1996):
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$19.36 to $13.68/ton
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Omaha Public Power District (1987):
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$11.62 to $9.58/ton
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Arkansas Power & Light (1987):
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$14.50 to $12.33/ton
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Regulated rates still carry a monopoly premium
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STB jurisdiction limited to 180% of variable costs
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West Texas Utilities
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true competition: $9.90
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stand-alone cost: $12.73
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prescribed rate: $13.68
Major Elements of Modern Coal Transportation Contracts
Term
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Shipper trend is toward shorter terms
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Clean Air Act Phase II
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Implications of a concentrated rail market
Volume Commitments
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Fixed minimum
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Percentage of requirements
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Schedules and adjustments
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Volume-rate relationships
Railroad Service Commitments
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Cycle times and aggregate transportation obligations
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Make-up service issues
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Penalty payments-reciprocity of liquidated damages or cover cost for substitute
energy?
Rate Structures
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Base rates
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Step rates for incremental volumes
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Incremental rates based on power market clearing prices
Rate Adjustments
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Goals and purposes
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Fixed adjustment
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RCAF-based index adjustments
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Material modifications
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The RCAF-5
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Market basket
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Periodic true-up or adjustment for competitive connecting rates
New Facilities
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Service; volumes
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Rates; mileage prorates
Equipment Supply and Management
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Positioning of spare cars
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Switching for repairs
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Turning trains
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Substitute cars
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AAR Interchange Rules
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Out-of-route movements
Loading and Unloading
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Free time and the shifting of risk
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Mine operator as shipper agent
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A trend toward outsourcing?
Force Majeure
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Definitions and issues
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Administration -- 48 hour rule
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Partial suspension of operations
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Coordination with coal use forecast
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Make-up obligations
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Force majeure and step rates
Changes in Law and Regulation
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Environmental laws, regulations
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State regulatory changes
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Coal use limits vs. market losses
Resolution of Disputes
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Litigation
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Arbitration
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Mediation distinguished
Emerging Issues and Closing Observations
Increased Rail Market Concentrations
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They Talk About "Partnering," But Do They Mean It?
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Stranded vs. Expanded Investment
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Choosing Your Goal: Price vs. Flexibility
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Fighting for Rents In a Deregulated Environment
This page last modified on 11/30/98 |