INTEGRATED PIPELINE PROJECT CONSULTANTS FORUM April 27, 2010 Tarrant Regional Water District Dallas Water Utilities
INTEGRATED PIPELINE PROJECTCONSULTANTS FORUMApril 27, 2010
Tarrant Regional Water DistrictDallas Water Utilities
Today’s Presentation
§ Brief History of TRWD
§ Regional Water Supply & Transmission Planning
§ Integrated Pipeline Project
§ Building the Big Idea!
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Tarrant Regional Water District
§ Created in 1924 as a political subdivision of State of Texas
§ Governed by an elected 5 member Board § 213 employees in facilities located in eight North
Central Texas counties• Guidance provided by four primary wholesale
customers: Arlington, Fort Worth, Mansfield and Trinity River Authority.
• Main functions are flood control ($24MM annual budget) and water supply ($79 MM annual budget)
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TRWD Water Supply
§ Last year we provided 321,000 acre feet of raw water to our customers.
§ TRWD provides water to 70 cities in eleven counties. (Denton, Ellis, Freestone, Henderson, Jack, Johnson, Kaufman, Navarro, Parker, Tarrant, Wise)
§ Current service population is 1.8 million; projected to increase to 4.3 million by 2060.
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TRWD Water Supply
• Permitted - 586,300 acre-feet.
• 2006 demands - 402,000 acre- feet.
• 2060 projected demand - 900,000 acre-feet.
• Region C Regional Water Supply Plan TRWD -430,000 acre-feet of new water supply prior to 2060.
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TRWD and Dallas Water Supply Systems
Source: Tarrant Regional Water District and Dallas Water Utilities
TRWD provides water directly or indirectly into all or a portion of each of the 11 highlighted Counties
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Dallas Baseline #1TRWD Baseline
Dallas Baseline #2
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Segment Diameter (inches)
TRWD Capacity
(mgd)
DWU Capacity
(mgd)
Length (mi)
A 78 0 (ROW only) 153 38.3
C 108 197 128 62.5
E n/a 127 0 N/A
D 84 197 0 28.7
F 72 70 0 12.2
G 78 0 128 7.4
Total -- -- -- 149.1
Capacity Shares
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Total Project Capital Cost Savings
Alternative Capital Cost (2008) Comparison
DWU Independent $978 millionTotal Independent:
$2,012,000,000TRWD Independent $1,034 million
Integrated $1,618 millionIntegrated Project
Savings: $394,000,000
Note: Planning-level costs based on January 2009 analyses (currently being refined), used to demonstrate cost allocation methodology and range of project costs.
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TRWD Capital Cost Savings(in $millions)
Alternative Preliminary Capital Cost
TRWD Independent $ 1,033.7
TRWD Integrated $826.8
Savings $206.9
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TRWD Total Life Cycle Cost Savings(in $millions)
Cost Independent Integrated Total Savings
Fixed O&M $ 1,874.2 $ 1,550.5 $ 323.7
Variable O&M 1,827.4 1,737.3 90.1
Debt Service 2,879.6 2,463.9 415.7
Total $ 6,581.2 $ 5,751.7 $ 829.5
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Design
Phase 1 Amendment
1
Phase 2 Conceptual Design
Phase 1 Amendment 2
1) Corridor2) Project Plan3) Project Schedule
Phase 1 Amendment
3
Project Viability Assessment (Fatal Flaw Analysis) Business Case Evaluation
Design
InstitutionalProject Development Studies
(continuation if “Go”)
11/07 2/08 5/08 8/08 11/08 2/09 5/09 8/09 11/09 2/10 5/10 8/10 11/10
11/07 2/08 5/08 8/08 11/08 2/09 5/09 8/09 11/09 2/10 5/10 8/10 11/10
“Go” Decision
Select Preferred Alternative
Phase 1 Amendment
4
Pipeline Routing
AgreementTeam Charter
(continuation if “Go”)
Agreement Schedule
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IPL Features
§ A new right-of-way separated from the existing one to reduce risk
§ Different electrical feed high voltage substations for better reliability
§ Hydraulics and configuration to supply both Dallas and TWRD at peak times
§ Plans for growth in Ellis County and additional water supplies from east Texas in the future.
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TRWD Planning
§ Apply the triple bottom line approach: People, Planet, Profit
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X
Social
Environmental Economics
IPL Project – Opportunities for balance
§ Construction timing based on water demands§ Faster means more expensive – pipe production§ Richland Connection and KBR cutoff-Benbrook leg
will be the last TRWD segments
§ Exploring pipe material/backfill systems§ Five different geologic provinces§ native backfill potential§ Local select backfill – pea gravel§ Fly ash from Big Brown
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IPL Design
§ TRWD standard details and specifications will be developed with input from all designers
§ Explore options – project size offers economy of scale for features
§ Reduce risk – geophysics for screening
§ Technology curve – cutting edge not bleeding edge – “pretensioned pipe?”
§ Reliability, redundancy and flexibility
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IPL Program Manager
§ TRWD made decision in mid-2009 to engage a Program Manager to assist in implementation of IPL Project
§ Team of RW Beck & AECOM selected in October 2009
§ Board approved program management contract in November 2009
§ Program Management Office in operation in December 2009.§ 1022 North Calhoun Street§ Fort Worth
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Program Structure
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Dallas Water Utilities
Tarrant Regional Water District
Program Manager
Deputy Program ManagerBusiness
Deputy Program ManagerTechnical
Public Outreach
Program Controls
Procurement / Contracts
Regulatory Agency Coordination
Support Services
Construction Administration
Land Acquisition Coordinator
ProjectDelivery
Segment Diameter (inches)
TRWD Capacity
(mgd)
DWU Capacity
(mgd)
Length (mi)
A 78 0 (ROW only) 153 38.3
C 108 197 128 62.5
E n/a 127 0 N/A
D 84 197 0 28.7
F 72 70 0 12.2
G 78 0 128 7.4
Total -- -- -- 149.1
Capacity Shares
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• Pump Stations
• Power Substations• Five 138 Kv substations• 10 miles of high voltage transmission lines
• Reservoirs• One 20 MG earthen tank at each Booster PS
Site Capacity (MGD)Lake Palestine 150Cedar Creek Reservoir 128Richland Chambers Lake 70BPS #1 347BPS #2 347
Facility Requirements
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Integrated Risk Management Guides Decision-Making
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Integrated Risk Management Approach
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Examples of Significant Project Risks
§ Land Acquisition
§ Permit Approvals
§ Subsurface Conditions
§ Commodity Price Volatility
§ Work Stoppages
§ Limitation on Liability
§ Reliance on Owner Supplied Information
§ Post Acceptance Warranty
§ Delivery Method Selection
§ Restrictive Design Criteria
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§ Schedule
§ Construction Costs
§ O&M Costs
§ Changes in Law
§ Technology Selection
§ Water Quality & Treatment
§ Site Conditions
§ Future Maintenance
§ Future Capital requirements
§ Public Resistance
Example Project Risks:
Effective Communications
Tarrant Regional Water District - Integrated Pipeline Project 33R. W. Beck, Inc., An SAIC Company | 33
Consultant Contracting Approach
§ Open Selection Process – Qualifications Based
§ 17 Consultant Contracts Available
§ Selection Processes to Begin Summer 2010
§ Preliminary Design(30%) followed by Final Design
§ Fee Estimate Guidelines will be provided
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Pipeline Packages
Consultant Package DescriptionConstruction/Equipment
Procurement Packages
Pipeline Segment 1 Benbrook to Kennedale Balancing Res.8 mi. 84” dia. pipe
1
Pipeline Segment 2
Kennedale Balancing Res. to Booster PS 215 mi. 108” dia. pipe7 mi. 84” dia. pipe5 mi. 78” dia. pipe
3
Pipeline Segment 3 Booster PS 2 to Booster PS 130 mi. 108 ” dia. Pipe
1
Pipeline Segment 4
Booster PS 1 to Cedar Creek and Richland Chambers Connections15 mi. 108 “ dia. pipe13.5 mi. 78” dia. pipe
2
Pipeline Segment 5 Cedar Ck tie-in to Athens22 mi 78” dia. pipe
1
Pipeline Segment 6 Athens to Palestine19 mi. 78” dia. pipe
1
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Note: This information represents the anticipated path forward at this time but Owner reserves the right to change approach at any time.
Pump Station Packages
ConsultantPackage Description
Construction/Equipment Procurement Packages
Palestine Pump Station 150 mgd capacity with intakeConstruction: 1Equipment Procurement: 2Pumps, Valves
Cedar Creek Pump Station 128 mgd capacity with intakeConstruction: 1Equipment Procurement: 2Pumps, Valves
Richland Chambers Pump Station 70 mgd capacity with intakeConstruction: 1Equipment Procurement: 2Pumps, Valves
Booster Pump Stations Two each:2 @ 347 mgd capacity
Construction: 1 or 2 packagesEquipment Procurement:Pumps, Valves
Note: The above information represents the anticipated path forward at this time but Owner reserves the right to change approach at any time
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Support Facility Packages
Consultant Package Description Construction/Equipment
Procurement Packages
Booster PS Reservoirs Two 20 MG open reservoirs located at booster pump stations
2
Tunnels
Crowley: 4 - 6 mi of 12’ - 14’ dia. Tunnel
Longhorn Park: 2 mi. of 12’ -14 ‘ dia. Tunnel (as part of potential future system expansion)
1
Substations & High Voltage Transmission Lines
Includes design of five 138 Kvsubstations and a total of10 mi. of highvoltage transmission lines to 5 pump stations
Construction: 1Equipment Procurement: 1Transformers
Note: The above information represents the anticipated path forward at this time but Owner reserves the right to change approach at any time
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Support Services
Consultant Package Description Construction/Equipment Procurement Packages
Land Acquisition SupportRights of Entry and easement acquisition services
NA
Program SurveyorProvide control, property survey and legal descriptions
NA
Geotechnical CharacterizationInitial characterization of entire IPL Project. Final geotechnical for pipelines.
NA
Subsurface InvestigationAnticipate geo-electrical investigation. Could be combined with Geotechnical Characterization contract
NA
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Tentative Selection Process Schedule
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CONTRACT Jun July Aug Sept Oct Nov Dec Jan Feb
Pipelines
Pump Stations
Tunnel
Booster PS Reservoirs
High Voltage Facilities
RFSOQ Award
Diverse and Local Business Involvement
§ TRWD and DWU developing a project-specific Fair Opportunities Purchasing/Contracting Policy
§ Policy will include goals for diverse and local business participation
§ Outreach and educational programs planned for Diverse and Local Businesses
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Information Sources
§ IPL website:
www.IPLproject.com
§ Program Management Office
817-720-4469
1022 N. Calhoun Street
Ft. Worth, TX 76164
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