John N. Galayda LCLS Facility Advisory [email protected] 29 October 2007 Linac...

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John N. Galayda LCLS Facility Advisory Committee [email protected] .edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007 Project status, effects of continuing resolution Continuing resolution, revised estimate-to- complete Organization Preparation for experiment operations
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Transcript of John N. Galayda LCLS Facility Advisory [email protected] 29 October 2007 Linac...

Page 1: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Linac Coherent Light Source Overview29 October 2007

Project status, effects of continuing resolution Continuing resolution, revised estimate-to-complete Organization Preparation for experiment operations

Page 2: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

1.1 Project Management 16,203 16,203 17,264 0 -1,061 1.00 0.94 18,013 90%

1.2 Injector 16,722 16,615 20,083 -106 -3,467 0.99 0.83 16,760 99%

1.3 Linac 15,032 13,335 17,076 -1,698 -3,742 0.89 0.78 19,940 67%

1.4 Undulator 31,219 26,324 31,057 -4,895 -4,733 0.84 0.85 37,398 70%

1.5 X-ray Transport 19,231 13,125 15,579 -6,106 -2,454 0.68 0.84 22,803 58%

1.6 X-ray Endstations 3,380 2,043 1,960 -1,337 83 0.60 1.04 8,735 23%

1.9 Conventional Facilities 79,453 70,328 68,607 -9,124 1,721 0.89 1.03 127,438 55%

1.X LCLS Controls 26,148 18,142 20,083 -8,006 -1,941 0.69 0.90 32,366 56%

1 LCLS Total Base Cost 207,387 176,114 191,709 -31,273 -15,594 0.85 0.92 283,453 62%

315,000

31,547

2.1 LCLS Project Mgmt, Planning & Admn (OPC) 11,730 12,145 11,476 415 669 1.04 1.06 30,195 40%

2.2 Injector (OPC) 3,984 2,314 3,781 -1,670 -1,467 0.58 0.61 5,317 44%

2.3 Linac (OPC) 742 318 488 -424 -170 0.43 0.65 3,232 10%

2.4 Undulator (OPC) 3,204 2,901 749 -303 2,152 0.91 3.87 6,852 42%

2.5 X-ray Transport (OPC) 1,156 1,099 1,010 -57 88 0.95 1.09 4,544 24%

2.6 X-ray Endstations (OPC) 1,971 1,698 1,009 -273 689 0.86 1.68 5,559 31%

2.9 Conventional Facilities (OPC) 292 0 0 -292 0 0 0 683 0%

2.X LCLS Controls (OPC) 650 68 114 -582 -46 0.10 0.60 1,129 6%

2 LCLS Total Other Project Cost 23,728 20,543 18,627 -3,185 1,917 0.87 1.10 57,511 36%

64,000

6,489

LCLS Total Project Cost 231,115 196,658 210,335 -34,458 -13,678 0.85 0.93 379,000 58%

Cumulative to Date ($K)

Contingency

WBS Variance

Schedule

Actual Cost Work

Performed SPI CPI

Performance Indices

Management Reserve

LCLS Other Project Cost

31-Aug-07

Budgeted Cost

Work Scheduled

Cost

LCLS Total Estimated Cost

Work Performed

LCLS Cost/Schedule Status Report

Budget At Complete

($K)% Complete

Page 3: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Project Baseline Proposed BaselineMay 2005 Change September 2007

TEC $315M, TPC $379M

CD-4 3/09 Start of Operations

Characterize x-ray flux @ 1.5 Angstroms, in front end enclosure (FEE)

Detect X-rays in the Far Experiment Hall

TEC $352M, TPC $420M

Level 2 DOE milestone 7/09 Start Near Hall Ops

Characterize x-ray flux at 1.5 Angstroms, in the Front-end enclosure

CD-4 7/2010 Project Complete

Detect X-rays in the Far Experiment Hall

Page 4: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Status of Baseline Change

Lehman review 7/2007, follow-up 9/2007

EIR 10/2007Draft report due 10/26/2007

Review went well

Approval of new baseline by 12/2007

Page 5: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

FY2008 contingency risks and handling

Limited Budget Authority in FY2008If contingency use in 2008 is too high:

Delay start of installation of undulator to “just in time” with respect to schedule for x-ray flux measurement in July 2009 - ~ $3M BA released in FY2008The risk handling plan reduces the available commissioning time

CD-4 achievable on schedule (7/2010)Reduced performance in early operations

Page 6: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Contingency available by year

Page 7: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Handling Plan

Delay installations to start of FY2009UndulatorBeam DumpFront End Enclosure

>$3M moved out of FY2008Just-in-time for AMO installationNo FEL commissioning 10/2008-3/2009

Two-shift installation to reduce lost commissioning to recover commissioning time

Decision Points for delay/go ahead:12/2007 and thereafter

Page 8: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Cost to Go, scheduled thru 2008

0

20,000

40,000

60,000

80,000

100,000

120,000

Jul-07 Aug-07 Sep-07 Oct-07 Nov-07 Dec-07 Jan-08 Feb-08 Mar-08 Apr-08 May-08 Jun-08 Jul-08 Aug-08 Sep-08

1.01 LCLS PROJECT MGMT, PLANNING & ADMN (TEC) 1.02 INJECTOR SYSTEM

1.03 LINAC SYSTEM 1.04 UNDULATOR SYSTEM

1.05 X-RAY TRANSPORT & DIAGNOSTICS SYSTEMS 1.06 X-RAY END STATION SYSTEMS

1.09 CONVENTIONAL FACILITIES 1.X CONTROLS

Page 9: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Contingency Mgmt: X-ray speedups

Speed up controls and stands for FEE (1000k)

Speed up X-ray monitors in FEE (300k)

Speed up NEH controls and motors (450k)

Speed up XES laser system (340k)

Speed up AMO focusing mirrors (115k)

If more FY08 funds become available, one could:

Page 10: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Schedule Highlights

Early installation in new tunnelsDecember 2007

LCLS Linac installation completeJanuary 2008

Early start of Near Hall Operations7/2009

End Station Systems delayed to preserve contingency in FY2008

Page 11: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Commissioning

InjectorAll performance goals for the LCLS injector have been met

Gun laser - 98% availability in over 3,000 hours of operation in support of commissioning

Some work left on BC1, x-band cavity

Linac, BC2Commissioning to begin in January

Faulty magnet coil may delay BC2 commissioning

Adequate commissioning time available in 2008

Page 12: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Undulator vacuum chamberAl extrusion design

Machining tests successful

Dimensional tolerance met

Internal polishing trials have yielded good results

Page 13: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Undulator Magnetic Measurement

39 undulators are at SLAC. The MMF is in production mode

15 undulators tuned/fiducializedGirder/mover assembly underway at IL vendorUndulator quadrupole accepted

Measurements indicate trim winding is compatible with beam-based alignment

Page 14: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Photon Beam Systems

XTOD and XES affected significantly by the 2007 CR

New plan allows recovery with extended project, phased

completion

XTOD is in procurement phase, XES still in design

Manpower in controls area has been increased

Should be ready for early occupancy of expt’l areas

Coordination with LUSI is going well

Page 15: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Far Hall

XTOD Status

Procurements have begunMost design reviews are doneStaying on new schedule

LLNL team is working well with SLAC

Award Low-Energy mirror PO 7-2007

Award High-Energy mirror PO 11-2007

First instrument ready to ship to SLAC 12-2007

Start FEE installation 8-2008

Page 16: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Recent ESS organizational progress

Added support in Controls/data acquisitionAdded G. Haller as CAM for controls/data handling effort for LCLS X-ray groups and for LUSIShifting people from Accelerator to X-ray area as work progresses

Developed integrated installation/commissioning plan

Under leadership of R.M. BoyceInvolves Accelerator, X-ray, Physics groups

Page 17: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

CR caused delays

Now in design phaseAMO instrument design going well

2-d detector development going well

Controls area was behind, catching up

Working with Radiation Physics on PPS items

XES Status

Page 18: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

LUSI Project

Instrument scientists on board

Very successful DOE Conceptual Design Review

CD1 approved

Continuing Resolution affecting procurements

LUSI-LCLS Interface Working Group recent business:

Conventional facilities

Details of hutch design, rack placement, etc.

Controls/Data acquisition

Details of data flow, storage, interface to detectors

Precisely defining LUSI/LCLS interfaces

Page 19: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Conventional FacilitiesStart-of-Installation Dates

Schedule performance has been good

Front End EnclosureDEC07

Central Utility PlantDEC07Undulator

HallDEC07 Near Experimental Hall

DEC07

Beam DumpDEC07

Beam TransferDEC07

Xray/DiagnosticsJAN08

Far Experimental HallMAR08

Page 20: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Construction Access, X-Ray Transport Tunnel

Page 21: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Far Experiment Hall, Mid-Height Heading

Page 22: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Page 23: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

LCLS

LCLS Scientific ExptsTBD

EngineeringFornek

ASDJohn Seeman

Hall OpsJohn Arthur

LUSI/LCLSInstruments

Hastings

Laser GroupW. White

Beamline support

User Program Operations GroupErickson

LCLS Accel OpsPlanningSchultz

LCLS Accel PhysEmma

Maint/upgradeplanning

PEP-II/ESA/SABERTest Beams

Interim 2008A Very importantposition to fill

ASAP

Page 24: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Page 25: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Linac Operations Budget 2008

2/3 HEP – 1/3 BES in 20071/3 HEP – 2/3 BES ($65.5M) in 20083/3 BES ($96.7M) in 2009Start LCLS transit to operations in 2008 for

Commissioning teamCFLaser Group

Transit of ASD from PEP Operation to LCLS OperationBegins modestly in 2008100% in 2009

Persis Drell, Transition Working Group have prepared for this transition throughout FY2007

Page 26: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Instrument Commissioning

Responsibility of LCLS & LUSI Instrument Scientists, Supported by Instrument TeamsWork to achieve performance requirements for first approved experiments

Likely to reach soft x-ray capability first

First experiments scheduled thereafterJudicious balance:

Operations time for experiments that are less demanding of FEL performance (photons/pulse, timing, pulse duration, etc)Commissioning time for FEL improvement

Page 27: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

First Experiments

Instruments will be operated by LCLS, in support of approved experiments

“Facility” lasers operated/maintained by SLAC

AMO and XR pump/probe available in 2009

Page 28: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Summary

Performance of LCLS Injector meets specification for 1.5 Angstrom SASE

A long way to goBunch Compression

Undulator tuning and alignment

Electron trajectory control

Looking forward to seeing the first LCLS experimenters

Page 29: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Summary

LCLS Turn-on has gone superbly2008 is a narrow passage for the Project to pass through

Limited $ contingencyScope contingency identified

Downstream to upstream

2009 first Near Hall Operations2008 contingency control is crucial to this goal

Revised ETC puts the Project back on track for successful completionLCLS Project organization will transform to LCLS operating organizationI will do my utmost to get this transition right

Page 30: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Charge to FAC

Undulator system integration- FAC is asked to list risks, with emphasis on

Girder setup and testing

Vacuum system design OTHER THAN extrusion

SLAC/ANL coordination

Diagnostics

Radiation protection

Page 31: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Charge to FAC

LUSI, Photon Systems integration- FAC is asked to list risks, with emphasis on schedule pressure due to

Impacts of 2007 CR on LCLS

Impacts of 2008 CR on LUSI

Page 32: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

Charge to FAC

Controls, Data Acquisition and Applications software: identify risks with emphasis on

High-speed data acquisitionSchedule for development of data archiving

Conventional FacilitiesConditions at early occupancySafety on the construction siteContingency burn rate

SLAC, Turner Const. Co roles/responsibilities

Page 33: John N. Galayda LCLS Facility Advisory Committeegalayda@slac.stanford.edu 29 October 2007 Linac Coherent Light Source Overview 29 October 2007  Project.

John N. Galayda

LCLS Facility Advisory Committee [email protected]

29 October 2007

End of Presentation