1 / 33

Linac Coherent Light Source Status

Linac Coherent Light Source Status. John N. Galayda Director of LCLS Construction. Project Overview Organization Project Achievements and Issues. LCLS Project Overview. 1.2, 1.3, 1.4 1.5, 1.6 1.9 Controls Laser. James Dee Procurement supporting CF.

wthurston
Download Presentation

Linac Coherent Light Source Status

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Linac Coherent Light Source Status John N. Galayda Director of LCLS Construction • Project Overview • Organization • Project Achievements and Issues

  2. LCLS Project Overview

  3. 1.2, 1.3, 1.4 1.5, 1.6 1.9 Controls Laser

  4. James Dee Procurement supporting CF

  5. FAC will add LUSI to its purview Meets Monthly CF Contract Mgmt Team Jess Albino Rachel Claus Jerry Jobe Barry Miller Mark Reichanadter

  6. LCLS interface to SLAC I&C is critical The I&C reorganization will benefit LCLS

  7. Based on August Bottoms-up ETC 34.6% of Base Cost (TEC) Complete Contingency 24.7% of ETC 31.4% of TPC Complete

  8. Project Walk-Down - Injector • Laser installed, operating • 3 mJ in the UV (before pulse shaping) • RF gun running at 110 MV/m, 120 Hz • Power supplies tested with controls • Scanning wires tested with controls • Magnets delivered, measured • SAD draft internal review complete • Injector readiness review 31 October 2006

  9. Light from Thales Jedi 120 Hz pump laser

  10. Injector/Linac Installation • Injector installation work OUTSIDE the linac tunnel • 1/2007 injector hardware systems checkout • Laser commissioning and pulse shaping continues during installation. Final alignment of laser requires installation of gun-to-linac hardware • Decision to delay Injector fabrication to permit BC-1 shutdown work- first electrons 3/2007, delayed 2.5 months • Adequate commissioning time to meet 2007 goals

  11. LCLS Installation and Commissioning Time-Line Drive-Laser Commissioning LTU/und./dump hall “ready” LTU/und./dump Install First Spont. Light Drive-Laser Install M J J A S O N D J F M A M J J A S O N D J F M A M J J 2006 2007 2008 Gun/Inj./BC1 Install (8/21 – 1/5) Gun/Inj./BC1 Commissioning linac/BC2 Commissioning FEL Comm. linac/BC2 Install

  12. Linac • BC-1 Staged in linac tunnel for installation • Waveguides for s-band, x-band structures in place • Some diagnostic devices may be late for shutdown- install in 1/2007 – 2/2007 • Key parts for vacuum chambers connecting LCLS to Linac delivered from LBNL • Special diagnostics devices will be installed after the completion of this shutdown, in 1- or 2-day accesses (three 2-day RODs)

  13. Controls • Commissioning basics to be in place 1/2007 • SLAC expert has connected existing Linac software applications to LCLS • Modernization of applications delayed • MATLAB applications written by physics group

  14. Undulator • Single-Undulator Test results show great progress • ‘Long-term test’ beginning at ANL, a continuation of SUT • Undulator vacuum chamber prototyping tests • Tests not complete yet • Preliminary survey of design alternatives underway • Magnet measurements at SLAC • Dover bench to “rough” measure the undulators • New Kugler system for undulator measurement has collected first data

  15. Six undulators from Hi-Tech on the way to SLAC. 08/18/067 Production Undulators & 1 prototype at SLAC

  16. X-Ray Transport/Optics/Diagnostics • Design for gas attenuator is maturing • prototype results very nice • Incorporate gas fluorescence intensity monitor in the middle of attenuator • Offset mirrors • Specification in preparation • Will be state-of-the-art, not beyond

  17. X-Ray Transport/Optics/Diagnostics • Prototype gas attenuator cell tested at LLNL

  18. X-Ray Experiment Systems • Layout of experiments influenced by recent thought within LUSI teams • Deflection of x-ray beam in FEE onto 3 paths • Soft XR physics, AMOP/XR Pump/Probe in NEH • Hi Energy Density Physics, XR Correlation Spectroscopy, and nanoparticle/molecular imaging in FEH

  19. Civil Construction • Proposed construction schedule: • Beampath installation can begin November 2007 • Beam Transport Hall • Undulator Hall • Front End • Near Hall • Budget Authority fully utilized in 2007

  20. Magnet Measurement Facility Beneficial Occupancy 14 April 2006

  21. Sector 20 • Beneficial Occupancy 21 April • Installation underway in vault • tray • supports • floor

  22. Research Yard Ready for Start of Beam Transport Hall Construction- 28 August 2006

  23. PROJECT SAFETY EXPERIENCE TO DATE • Civil Construction: • 68 K Hours worked (09/30/2006) • Zero Injuries • LCLS Collaboration • 737 K Hours worked (09/30/2006) • 2 Lost Day Cases (Shoulder & back strain) • 136 Days Worked Without Injuries (since 05/11/2006) • Safety training is 92% (SLAC goal is 90%) • Safety Trg Assessments are 99% current Lost Time Injury Rate Note: Injury rates based on 200 K hours (100 man years) of effort.

  24. Civil Construction Bids • Beam path – ETC $75M for subcontracts • Beam Transport Tunnel (BTH) • Undulator Hall, Beam Dump, Front-End Enclosure • Near Hall • X-Ray Tunnel, Far Hall • Awarded $63M • Bids in hand for additional $9M • Re-bidding remainder • Central Lab Office Complex (CLOC) Bids • Sum to $25.6M

  25. Issues - Civil Construction • Bids for all civil construction were very unfavorable • Projected cost of Turner subcontracts summed to $100.5M ( incl. 2-story CLOC) • Only $67.3M was budgeted • Project had sufficient contingency to award @ up to $85.3M • Insufficient contingency to award CLOC construction

  26. Civil Construction • LCLS Management forced to conclude that CLOC construction cannot go ahead at this time • It would be imprudent to retain the CLOC, as designed, in the Project plan – CLOC removed from EVMS • Insufficient contingency available to guarantee successful completion of the Project with this scope. • Turner Construction Co. and CLOC bidders have been notified of this decision. • Necessary contract modifications in preparation

  27. Highly Volatile Market • Actual results for $5M buildings built at LLNL • Similarly spartan office buildings for project teams • Price is fixed, bidders propose square footage No award will be made

  28. Civil Construction • Revision of LCLS plan for office/lab space • Too early to choose options • Re-examine needs and alternatives for meeting them • Base decision on available contingency • 10/2007 time frame

  29. LCLS Space Needs • LCLS operational needs can be met by reallocation/rehabilitation of existing space at SLAC • To be presented to space planning breakout

  30. Action Items from February 2006 • 15 June Mini-Review • 1st group of CF bids received, evaluation underway • Follow-up status check 29 August

  31. Summary • Injector and Bunch Compressor 1 will be ready for commissioning in March • Preparations for commissioning the injector • Address engineering, physics, operations, safety • Undulator Systems - excellent progress • X-Ray Front End design maturing

  32. Summary (continued) • Civil construction costs- cancelled CLOC award • NO COMPROMISE to capability of FEL • Contingency is satisfactory with CLOC award cancelled • Building the CLOC as-designed unrealistic • Revised LCLS space plan

  33. End of Presentation

More Related