IR Quad Cost Estimate Status Marc Kaducak 02-Nov-2012 IR Quad Cost Estimate - M. Kaducak1.

Slides:



Advertisements
Similar presentations
LM dipole status & plans – Fred Nobrega 1 Long Quadrupole (LQ) Workshop, February 7-9, 2007 BNL - FNAL - LBNL - SLAC Long Dipole Mirror (LM) Status and.
Advertisements

LQ & LM Status & Plan for FY08 – Fred Nobrega 1 LARP Collab. Meeting – SLAC, Oct , 2007 BNL - FNAL - LBNL - SLAC Long Quadrupole (LQ)-Long Dipole.
LQ Winding and Curing Tooling Internal Review F. Nobrega, N. Andreev April 9, 2007.
Ramesh Gupta, BNL D1 Dipole Design / IR Magnet Study LARP Collaboration Meeting, Oct 5-6, D1 Dipole Design Task (terminated in 2005) IR Magnet Study.
1 LARP Magnet Program G. Ambrosio Many slides from (with a few modifications): Jim Kerby for the LARP Magnet Collaboration 25 October 2006 Rad-Hard Insulation.
Racetrack Coil Technology – G. Ambrosio 1 LARP DOE review – FNAL, June. 5-6, 2007 BNL - FNAL - LBNL - SLAC Racetrack Coil Technology (LR, SQ) & other Supporting.
F. Savary on behalf of the WP11 team Input from V. Baglin, D. Ramos.
1 Preparation for MQXF Short Model Tests G. Chlachidze Fermilab.
Development of Superconducting Magnets for Particle Accelerators and Detectors in High Energy Physics Takakazu Shintomi and Akira Yamamoto On behalf of.
LHQ Coil Fabrication Experience and Plan Miao Yu 04/08/2013.
LARP review, Fermilab, 6/10/2013Magnet Project Overview – G. Sabbi 1 HL-LHC IR Quadrupole Magnet Project Overview GianLuca Sabbi Internal Review of proposed.
Long Racetrack (LR) strategy – G. Ambrosio 1 LARP DOE review - FNAL, June 12-14, 2006 BNL - FNAL - LBNL - SLAC OUTLINE: LR R&D goals & plans Long Racetrack.
LQ Goals and Design Study Summary – G. Ambrosio 1 LARP Collab Mtg – SLAC, Oct , 2007 BNL - FNAL - LBNL - SLAC LQ Goals & Design Summary Giorgio Ambrosio.
AARD Sub-panel at Fermilab Feb , 2006 LARP Magnet R&D Program - S. Gourlay1 BNL -FNAL - LBNL - SLAC LARP Magnet R&D Program Steve Gourlay AARD Sub-Panel.
Thoughts about the MQXF development plan P. Fessia Thanks to discussions within the MDT section (P. Ferracin, J. C. Perez, E. Todesco, P. Ferracin), L.
LQ status and plans – G. Ambrosio 1 LARP Collaboration Meeting - LBNL, April , 2006 BNL - FNAL - LBNL - SLAC OUTLINE: Goals, Input and Output Sub-tasks.
DOE Review of LARP – February 17-18, 2014 Coil Design and Fabrication Miao Yu February 17,
F LARP magnet R&D program Giorgio Ambrosio TD/MSD FNAL Annual Program Review September 07 OUTLINE LARP goals FNAL contribution to LARP FNAL core-program.
11 T Nb3Sn Demonstrator Dipole R&D Strategy and Status
F. Savary. Click here to add footer 2 Outline Context Constraints & Boundary conditions Project plan Production strategy A few words on QA Conclusions.
Plans and schedule for QXF Giorgio Ambrosio and Paolo Ferracin Joint LARP/CM20 HiLumi meeting Napa Valley, CA, USA 8-10 April, 2013 The HiLumi LHC Design.
11 T Dipole Status at FNAL Fred Nobrega January 21, 2014.
The HiLumi LHC Design Study (a sub-system of HL-LHC) is co-funded by the European Commission within the Framework Programme 7 Capacities Specific Programme,
Title – xxxx 1 LARP & US-HiLumi Contribution to the Inner Triplet Quadrupoles G. Ambrosio Cost and Schedule Review CERN, March 9 th -11 th 2015.
Lab Coordination Meeting 3/21/13LHC IR Quadrupole Plan – G. Sabbi 1 LARP Magnet Systems Plan GianLuca Sabbi Lab Coordination Meeting March 21, 2013.
S. Caspi, LBNL HQ Progress and Schedule Shlomo Caspi LBNL LARP Collaboration Meeting – CM13 Port Jefferson November 4-6, 2009.
US LHC Accelerator Research Program Jim Strait For the BNL-FNAL-LBNL LHC Accelerator Collaboration DOE Meeting 18 April 2003 brookhaven - fermilab - berkeley.
LQS03 Readiness Review, Feb 21, 2012Introduction – G. Ambrosio 11 Introduction Giorgio Ambrosio LQS03 Readiness Review LBNL February 21, 2012 BNL - FNAL.
LARP Magnets FNAL contribution to LARP (LHC Accelerator Research Program) FNAL core-program support to LARP DOE Annual Program Review - May 16-18, 2006.
LARP Magnet Progress Michael Lamm For the LARP Collaboration bnl - fnal - lbnl - slac US LHC Accelerator Research Program All Experimenters’ Meeting Monday,
LARP Collaboration Meeting, April 26-28, 2006Gian Luca Sabbi HQ Design Study (WBS ) LARP Collaboration Meeting April 26-28, 2006 N. Andreev, E.
US LHC Accelerator Research Program (LARP) Background  Proposed in 2003 to coordinate efforts at US labs related to the LHC accelerator (as opposed to.
Long Quadrupole – G. Ambrosio 1 LARP Collaboration Meeting – FNAL, Oct , 2008 BNL - FNAL - LBNL - SLAC Long Quadrupole Giorgio Ambrosio LARP Collaboration.
U.S. Activities on the High-Luminosity LHC: LARP Sustainability & Evolution as a Construction Project HiLumi-LARP Collaboration Meeting October 26, 2015.
11 T Dipole Project CERN Status M. Karppinen 11 T Management meeting 1 July 2013.
Q4 MAGNETS FOR HL-LHC J.M. Rifflet, M. Segreti, E. Todesco WP3 - Q4 magnets for HL-LHC 5th Joint HiLumi LHC-LARP Annual meeting Research supported.
Overview short model design and structures P. Ferracin on behalf of the MQXF collaboration MQXF Workshop on Structure, Alignment, and Electrical QA CERN.
MQXF Short model and prototype plans P. Ferracin, G. Ambrosio HL-LHC/LARP International Review of the MQXF Design December 10-12, 2014 CERN.
1 BNL -FNAL - LBNL - SLAC P. Wanderer IR’07 - Frascati 7 November 2007 U.S. LARP Magnet Programme.
DESIGN STUDIES IR Magnet Design P. Wanderer LARP Collaboration Meeting April 27, 2006.
HiLumi-LARP Annual Meeting November 2014 MQXF pre-series and series magnets fabrication plans Ruben Carcagno November 19,
Long Quad (LQ) & High Gradient (HQ) Series Alexander Zlobin bnl - fnal- lbnl - slac US LHC Accelerator Research Program DOE LARP review Fermilab, June.
LARP review, Fermilab, 6/10/2013Magnet Project Overview – G. Sabbi 1 HL-LHC IR Quadrupole Magnet Project Overview GianLuca Sabbi Internal Review of proposed.
LARP Review, June 10, 2013Magnet Cost and Schedule – M. Kaducak 1 IR Quadrupole Cost and Schedule Marc Kaducak LARP Review June 10, 2013.
S. Caspi, LBNL HQ Magnet Program Shlomo Caspi LBNL LARP DOE Review FNAL June 1-2, 2011 BNL Jesse Schmalze Mike Anarella Peter Wanderer Arup Gosh FNAL Rodger.
QXF Winding/Curing Tooling and Curing Mold Miao Yu, FNAL 04/09/2013 CM20_Napa Valley, CA.
2 nd LARP / HiLumi Collaboration Mtg, May 9, 2012LHQ Goals and Status – G. Ambrosio 11 Quench Protection of Long Nb 3 Sn Quads Giorgio Ambrosio Fermilab.
BNL - FNAL - LBNL - SLAC 6m (and 8m) scale-up Giorgio Ambrosio Fermilab Contributions from: Fred Nobrega, Rodger Bossert, Guram Chlachidize (FNAL) Jesse.
LARP Collaboration Meeting 15 Nov 1-3, 2010 A2C- Materials Working Group Arup Ghosh (coordinator), Emanuela Barzi, Dan Cheng, Dan Dietderich, Soren Prestemon,
LHQ Coil Design and Features Miao Yu Fermilab May 09, 2012.
LARP CM15, SLAC, 11/3/2010GianLuca SabbiSummary of MS Parallel Sessions Summary of Magnet Systems Parallel Sessions GianLuca Sabbi LARP Collaboration Meeting.
2 nd LARP / HiLumi Collaboration Mtg, May 9, 2012LHQ Goals and Status – G. Ambrosio 11 LHQ Goals and Status Giorgio Ambrosio Fermilab 2 nd LARP / HiLumi.
LARP Collaboration Meeting 15 Nov 1-3, 2010 Conductor Procurement and Qualification Arup K. Ghosh (BNL) bnl - fnal- lbnl - slac US LHC Accelerator Research.
CERN, 11th November 2011 Hi-lumi meeting
P. Ferracin on behalf of the MQXF collaboration
HL-LHC Magnet components and assemblies
QXF Coil Fabrication & Tooling Reaction / Impregnation
MQXF Design and Conductor Requirements
SLHC –PP WP6 LHC IR Upgrade - Phase I.
11 T Dipole Integration & Plans M. Karppinen
Energy deposition studies on magnets. Aim. First applications
MQXF Goals & Plans G. Ambrosio MQXF Conductor Review
MQXF Planning Paolo Fessia, Frederic Savary, Ezio Todesco, Lucio Rossi - CERN Mike Anerella, Peter Wanderer - BNL Giorgio Ambrosio, Mark Kaducak - FNAL.
P. Ferracin and G. Ambrosio
11 T Dipole Project Overview and Status
Introduction to the technical content The Q4 magnet (MQYY) for HL-LHC
MQXF updates P. Ferracin October 9th, 2014.
A Cold SCU Phase-Shifter
PROGRESS TOWARDS AN OPEN MIDPLANE SEPARATION DIPOLE
QXF schedule and milestones
Presentation transcript:

IR Quad Cost Estimate Status Marc Kaducak 02-Nov-2012 IR Quad Cost Estimate - M. Kaducak1

Options Considered IR Quad Cost Estimate Kickoff - M. Kaducak2 Case #DescriptionQty. MQXF (Q1, Q2, Q3) # 4m Coils # 6.8m Coils Comment 1 (aka 50%) Q1 AND Q spare = 10 (20 “half length” cold masses) 800Probably requires two labs. 2 (aka 25%) Q1 OR Q spare = 5 (10 “half length” cold masses) 400Possible with one lab. 3 (aka 100%) Q1, Q2, AND Q spare = Probably exceeds budget.

Scope for Case #1 All units are 150mm aperture ~4m length cold masses for Q1/Q3, cold tested and delivered to CERN Two(2) ~4m prototypes (one at each of two labs) Twenty(20) production units (ten at each of two labs) L2 managers included, but no overall project management or project controls. Cost estimates in this presentation do not include mirror, practice coils, short models. These are being prepared separately. IR Quad Cost Estimate Kickoff - M. Kaducak3

Assumptions and Parameters Used FNAL overhead rates used for all except cold mass assembly from LBNL and cable from BNL. FNAL labor rates used for all. CD-3 and production unit start is 01-Mar-2017 LBNL bladder and key design Yield is 8/9, total of 5 prototype and 45 production coils fabricated at each lab. IR Quad Cost Estimate Kickoff - M. Kaducak4

Scheme Two labs producing in parallel, synchronously Single test facility Two(2) reaction ovens at each lab Three(3) sets of winding and reaction/impregnation tools at each lab Additional set of prototype winding/curing and reaction/impregnation tools at each lab First ten(10) production units at each lab take twice as long to fabricate as remaining IR Quad Cost Estimate Kickoff - M. Kaducak5

Basis of Estimate Coil fabrication based on LQ, 11T experience (Ambrosio, Nobrega, Bossert, Yu). Magnet assembly from LBNL (Prestemon, Felice, Cheng, Hafalia). Cable from BNL (Ghosh) Testing from FNAL MTF (Carcagno) IR Quad Cost Estimate Kickoff - M. Kaducak6

Summary Schedule including R&D IR Quad Cost Estimate Kickoff - M. Kaducak7

8 Coil Fabrication Schedule Building Max Production Rate Assume that next coil can start when outer coil curing begins.

Coil Production at Max Rate IR Quad Cost Estimate Kickoff - M. Kaducak9

Learning curve IR Quad Cost Estimate Kickoff - M. Kaducak10 Assumed all activities for first 10 coils took 2x longer than the rest (except for fixed times in ovens) Outcome: First coil starts 01-Mar-2017, last coil finished 16-Oct Even with learning curve this is probably optimistic.

Cost Summary (50% case) IR Quad Cost Estimate Kickoff - M. Kaducak11

M&S Summary (sorry for font) IR Quad Cost Estimate Kickoff - M. Kaducak12

Labor Costs (sorry again for font) IR Quad Cost Estimate Kickoff - M. Kaducak13

FNAL and BNL comparison (based on 02-Jul-2012 BNL estimate) ItemBNLFNAL Mirror, Test CoilsYesNo Yield4/58/9 Total Schedule Start->FinishFY15->FY20FY14->FY21 Production ScheduleFY17->FY20FY17->FY21 Project Management, Controls YesNo Winding, Curing Tooling2 nd Mandrel at each lab3 sets at each lab + prototype tooling Reaction, Impregnation Tooling and Equipment 5 sets at each lab, oven for 5 coils 3 sets at each lab + prototype, one additional oven (clone of existing) Cable cost$208k/UL$277k/UL CM parts$361k$663k IR Quad Cost Estimate Kickoff - M. Kaducak14

25% Option Cost Summary IR Quad Cost Estimate Kickoff - M. Kaducak15

Conclusions Production scheme is aggressive and still requires more study and optimization Despite different approaches and some different boundary conditions, BNL and FNAL estimates are in fair agreement for this phase. IR Quad Cost Estimate Kickoff - M. Kaducak16

Backup IR Quad Cost Estimate Kickoff - M. Kaducak17

CERN 10-y plan LHC baseline plan for the next ten years. In terms of energy of the collisions (upper line) and of luminosity (lower lines). The first long shutdown is to allow design parameters of beam energy and luminosity. The second one, 2018, is for secure luminosity and reliability as well as to upgrade the LHC Injectors. 18 From Lucio Rossi

LHC Dipole Learning Curve (P. Fessia) IR Quad Cost Estimate Kickoff - M. Kaducak19