Upload
agrata
View
32
Download
0
Tags:
Embed Size (px)
DESCRIPTION
Merle Sykes Deputy Assistant Secretary Office of Program Planning and Budget. November 13, 2008. Progress — EM has made substantial cleanup progress. Cleanup. Rocky Flats Nuclear Weapons Component Production Plant. Wildlife Refuge. Fernald Uranium Processing Facility. Cleanup. - PowerPoint PPT Presentation
Citation preview
Merle SykesMerle SykesDeputy Assistant SecretaryDeputy Assistant Secretary
Office of Program Planning and Budget Office of Program Planning and Budget
November 13, 2008
2
Progress — EM has made substantial cleanup progress
Rocky Flats Nuclear Weapons Component Production Plant
Cleanup Wildlife Refuge
Fernald Uranium Processing Facility Cleanup Wetlands
Plus hundreds of other cleanup success stories
Tremendous Risk
Reduction
3
Progress — EM has made substantial cleanup progress
% of lifecycle total projected to be completed
10 20 30 40 50 60 70 80 90 100EM Performance Metrics
Completed
Life-Cycle Total
As of 2002 As of 2008Legend
Plutonium packaged for long-term disposition
Enriched uranium packaged for disposition
Pu and U residues packaged for disposition
Depleted U and other U packaged for disposition
Liquid waste eliminated
Transuranic (CH and RH) waste disposed
SNF packaged for final disposition
Low-level/mixed low-level waste disposed
Material access areas (MAAs) eliminated
Nuclear facility D&D completions
Radioactive facility D&D completions
Industrial facility D&D completions
Site remediation complete
Geographic sites eliminated
Liquid waste tanks closed
High-level waste packaged for final disposition
6,314 containers
7,482 containers
107,828 kg
692,982 metric tons
88,000,000 gallons
239 tanks
22,464 containers
2,418 metric tons
157,664 cubic meters
1,380,370 cubic meters
13 areas
454 facilities
902 facilities
3,619 facilities
10,547 sites
108 sites
% of lifecycle total projected to be completed
10 20 30 40 50 60 70 80 90 100EM Performance Metrics
Completed Completed
Life-Cycle Total
As of 2002 As of 2008Legend
Plutonium packaged for long-term disposition
Enriched uranium packaged for disposition
Pu and U residues packaged for disposition
Depleted U and other U packaged for disposition
Liquid waste eliminated
Transuranic (CH and RH) waste disposed
SNF packaged for final disposition
Low-level/mixed low-level waste disposed
Material access areas (MAAs) eliminated
Nuclear facility D&D completions
Radioactive facility D&D completions
Industrial facility D&D completions
Site remediation complete
Geographic sites eliminated
Liquid waste tanks closed
High-level waste packaged for final disposition
6,314 containers
7,482 containers
107,828 kg
692,982 metric tons
88,000,000 gallons
239 tanks
22,464 containers
2,418 metric tons
157,664 cubic meters
1,380,370 cubic meters
13 areas
454 facilities
902 facilities
3,619 facilities
10,547 sites
108 sites
4
Life-Cycle Cost Estimate for Current EM Scope
FY 2003Environmental Liability
$163 Billion2035 1997 - 2007
$69B
Remaining EM Work Scope $205 - $260B
$274 - $330B2050 - 2062
FY 2008Environmental Liability
$1
11
- $1
67
Billio
n
Planning and Analysis – understand changes in life-cycle cost estimate
5
Baselines
Fiscal Year 08 09 10 11 12 13 14 15>
Scope • • • • • • • •
Cost • • • • • • • •
Schedule • • • • • • • •
• Well-defined work scope
• Defensible near-term cost and reasonable out-year cost estimate
• Schedule milestones and critical path
• Risks understood
Independently Reviewed
Building Baselines — realistic planning and funding assumptions
6
•ABB C•XxXx
•XxXx
• Analytical Building Blocks (ABBs) established within baseline (400)
• Discrete work units tied to certified baselines• ABBs and their data provide ability to:
– Integrate life-cycle scope and schedule;
– Understand and communicate life-cycle cost quantities, and linkage to other programmatic work scope;
– Identify budget/planning “head room” needed to accept non-EM work scope into the program;
– Re-sequence (“rack and stack”) while maintaining linkage to baselines; and
– Build alternative scenarios and conduct analyses
• Analytical Building Blocks (ABBs) established within baseline (400)
• Discrete work units tied to certified baselines• ABBs and their data provide ability to:
– Integrate life-cycle scope and schedule;
– Understand and communicate life-cycle cost quantities, and linkage to other programmatic work scope;
– Identify budget/planning “head room” needed to accept non-EM work scope into the program;
– Re-sequence (“rack and stack”) while maintaining linkage to baselines; and
– Build alternative scenarios and conduct analyses
Development of Planning Tools – directly tied to baselines
7
10 11 12 13 14 15 16 17 18
Baseline
“Stacking”Schedule
Compression
Making Progress
Maintenance
10 11 12 13 14 15 16 17 18 10 11 12 13 14 15 16 17 18
“Racking” Schedule
Shift
Life-cycle Model based on Assumptions “Making progress” life-cycle costs assumed to remain equal whether racking and/or stacking When the schedule is changed, “maintenance costs” will end earlier, resulting in cost savings, or headroom, thereby allowing for acceleration of additional activities
Development of Planning Tools –— understand life-cycle cost impacts
8
Development of Planning Tools — support resource allocation
decisions
1. Sound business practices• Near-term completions• Footprint reduction
2. Alternative approaches to dispositioning tank waste
3. Alternative approaches to dispositioning excess nuclear materials & spent nuclear fuel
4. Alternative management approaches
Risk an
d C
ost
Retu
rn o
nIn
vestmen
t
9
$0.0
$4.0
$8.0
2008 2009 2010 2011 2012 2013 2014 2015
Bill
ions “Making Progress”
“Maintenance—Min Safe”
Life Cycle
2008-2015(avg)
46% 51%
54% 49%
Development of Planning Tools — life-cycle cost analysis
10
Strategic Planning Outputs — notional
Hanford Footprint Reduction Hanford’s footprint reduction scenario to clean up the River Corridor and
complete the D&D of the PFP by 2015 results in an 87% reduction of the site footprint. The scenario reduces the highest environmental risk with a large return on investment.
11
Strategic Planning Outputs — notional
INL Footprint Reduction INL’s footprint reduction scenario consists of the acceleration of D&D of
facilities from the FY 2021-2030 timeframe to the FY 2012 – 2015. This scenario will result in a 68% footprint reduction and substantial savings from D&D
efficiencies resulting from economies of scale.
12
Strategic Planning Outputs — notional
Small Site Completions EM work from 22 sites in 14 states to 10 sites in 10 states reducing EM’s
footprint by 750 square miles, which is about the size of the State of Rhode Island. This will result in a significant reduction in the EM Program life- cycle cost and schedule.
2008 2015
13
$ in billions
$6.4$6.7 $7.0 $7.0 $7.3 $6.6
$6.2 $5.7 $5.5 $6.0 $6.2 $6.2
$1.0
$2.0
$3.0
$4.0
$5.0
$6.0
$7.0
$8.0
*FY10 through FY 12 targets based on EM’s Published FY 2008 Five-Year Plan.
EM Funding History
14
Legend:
Over $1 billion $300 million to $1 billion $50 million to $300 million
Kentucky
New York
Washington
SouthCarolina
Idaho
NewMexico
Tennessee
Ohio
EM Budget$5.5 Billion
Nevada Statea
FY 2009 EM Budget Request
($ in Millions)
Washington 1,981 South Carolina 1,391 Ohio 320 Idaho 447 Tennessee 465 New Mexico 397 Kentucky 153 New York 83 Nevada 69
aTable only includes states with $50M or greater in EM funding.
EM Program FY 2009 Budget
15
FY 2009 Budget Composition
32.9%
3.1%
14.4%15.3%
1.6%
9.5%
15.5%
7.6%
Radioactive Liquid WasteStabilization/Disposition
Spent Nuclear Fuel Stabilization/Disposition
Solid Waste Stabilization/Disposition
Special Nuclear Materials and Safeguards &Security
Site Closure
Soil and Water Remediation
Decontamination/Decommissioning
Other
$5.528B
Other is comprised of: Program Direction, Technology Development, Contribution to the D&D Fund, Uranium/Thorium Reimbursements, Headquarters, and Community and Regulatory Support
16
JAN FEB MAR APR MAY JU JUL AUG SEP OCT NOV DEC JAN FEB
Within 30 Days of Budget
submissionto Congress,
provide briefing to
EM SSAB & Other
Stakeholders
1st Mon. in Feb., DOE submits
President’s Budget to Congress
Within 30 Days of
Appropriation,provide
briefing to EM SSAB &
Other Stakeholders
Issuance of EM Budget Guidance
Schedule meetings with
EM SSAB & Other
Stakeholders
EM SSAB & Other Stakeholders
submit advice to sites
Sites submit budget request to EM HQ, with EM SSAB & Other
Stakeholder advice and the
site’s recommended
course of action
EM BUDGET REQUEST BECOMES
EMBARGOED
EM prepares budget submissionto CFO ; Includes funding requirements to meet all
environmental compliance requirements
EM budget deliberations between the sites, DOE management, CFO, and
the Office of Management and Budget
CFO/EM prepares Budget
submissionto OMB
Overview of Budget Process
EM identifies and submits funding requirements to CFOAnd OMB needed to meet all environmental compliance
requirements
17
EM Risk-Based PrioritiesHighest Risk-Based Priorities Minimum safety and essential services across EM cleanup sites Radioactive tank waste waste storage, treatment, and disposal (including
technology development and deployment activities in support of high-level waste)
Spent nuclear fuel storage, receipts and disposition Special nuclear material storage, processing, and disposition High priority groundwater remediation (selected Hanford, Paducah and Los
Alamos plumes) Solid waste (transuranic and mixed/low-level waste) treatment, storage, and
disposal
Lower Risk-Based Priorities Soil and groundwater remediation Nuclear facility D&D Non-nuclear facility D&D
18
Planning and Analysis – understand changes in life-cycle cost estimate
$150
$200
$250
$300
$350
$400
1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
Dolla
rs in
Bill
ions
RF, FN, and MD complete
BEMR•First life-cycle estimate•Top down estimate•Unknown end states
Paths to Closure•Stable funding•No new scope•Transfer of newly generated waste
Top to Bottom Review • Focus on reducing rather than managing risk
• No new scope• Increase in Hanford WTP cost
Accelerated Cleanup Plans•Aggressive cleanup assumptions•New cleanup approaches including new regulatory strategies•Increased funding
Baselines Established•Independently reviewed and certified•Realistic planning and funding assumptions•Increased Scope
80% confidence50% confidence
Evolution of EM Life-cycle Cost
19
Planning and Analysis – understand changes in life-cycle cost estimate
Evolution of EM Life-cycle Cost1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008
Top to Bottom Review and Accelerated Cleanup Plans•Aggressive cleanup assumptions•New cleanup approaches including new regulatory strategies•Increased funding•Portsmouth & Paducah GDP D&D removed from scope•Office of Future Liabilities responsible for any new scope •Removal of Pu from Hanford•Low activity tank waste treated/disposed in situ •Transfer of spent fuel program to RW•Transfer of H canyon to NNSA in FY2008• No treatment of Idaho calcine waste
Certified Baselines• Re-baseline to more realistic funding assumptions • Increased Scope:
• Hanford WTP due to changing requirements • More robust design criteria for SRS Salt Waste Processing Facility • Los Alamos Consent Order • Portsmouth & Paducah GDP D&D• Pension & benefit liabilities • SNF program remains in EM
• New scope: •IFDP at Oak Ridge• Treatment and disposal of U233 in Building 3019 at Oak Ridge•Consolidation of Pu at SRS • Disposition of 13 MT of Surplus PU utilizing H-canyon• No in tank disposal of low activity waste activity tank• Treatment of Idaho calcine waste
Ke
y S
cop
e A
ssu
mpt
ion
s
BEMR•First life-cycle estimate•Top down estimate•Unknown end states
Paths to Closure•Stable funding•No new scope•Transfer of newly generated waste
20
Planning and Analysis – understand changes in life-cycle cost estimate
Credibility—Imperative to use achievable assumptions End States Scope Regulatory Decisions Treatment Capability Funding Predictability
Auditability Baseline development Internal controls
Lessons Learned
21
Planning and Analysis – understand changes in life-cycle cost estimate
NNSA, SC and NE identified cleanup work for EM consideration
306 surplus facilities
34 types of materials
$3.7B-9.2B Cost estimate
Unfunded Liability
Alpha-5
22
Planning and Analysis – understand changes in life-cycle cost estimate
Excess Facilities and
Materials Strategy Identify excess facilities and
materials
Assess condition of facilities and materials
Shipping Casks
Building 3026 2000 Complex
23
Planning and Analysis – understand changes in life-cycle cost estimate
EXCESS FACLITY AND MATERIAL PLANNING PROCESS
Surveying condition of excess facilities; establish if excess material resulted from Legacy activities
Risk of facility is established and prioritized Determine investment required in order to be “Transfer
Ready”
Establish Mission Need Develop MOA for business function transfer procedures
Timing of transfer Funds and/or FTE’s that will transfer Authorities and accountabilities
24
Summary
EM has made substantial cleanup progress There is still much to do Thorough planning and analysis are keys to
our future success EM is developing creditable baselines and
management tools Plans and alternative approaches are being
developed to: Reduce risk and achieve compliance Achieve footprint reduction and near-term
completions—maximize ROI Sustain progress Finish the job: tank waste; nuclear materials;
and spent nuclear fuel