ESS RFQ PROJECT RISKS Anne-Catherine CHAUVEAU 14 January 2016.

Slides:



Advertisements
Similar presentations
ATLAS-NSW CERN MMM workshop assembly of the module (quadruplet)
Advertisements

RF Measurement Plan Derun Li Center for Beam Physics Lawrence Berkeley National Laboratory January 20, 2011 MICE Video Conference Meeting.
APPLICATION OF EDMS TO XFEL CRYOMODULE ASSSEMBLY AT CEA Christelle CLOUE - Catherine MADEC.
For more information, please contact 19/11/2010 EN/CV/DC Chiller design and purchase by Elena Perez Rodriguez.
The ESS vacuum team has overall responsibility for all technical vacuum systems used on the: Accelerator, Target and Neutron Scattering Instruments and.
Alain FRANCE for the ESS RFQ Team at CEA Saclay
WU1 - Management S. Gammino (INFN). WU1 Management and TDR preparation: overview and criticalities 2 The WP6 aim is to define the best design of the Warm.
Status report on “Industrialization studies” at LAL on power couplers for XFEL _____ TILC08 – Tohoku University 3-6 March 2008 Sendai - Japan G. Wormser.
PRODUCT TRANSFER.
Risk Management in the Built Environment Qualitative and Quantitative Risk Management By Professor Simon Burtonshaw-Gunn – licensed under the Creative.
Gek 16/6/041 ITRP Comments on Question 19 GEK 9/06/04 19) For the X-band (warm) technology, detail the status of the tests of the full rf delivery system.
UKNF OsC RAL – 31 st January 2011 UKNF - Status, high lights, plans J. Pozimski.
PACS IBDR 27/28 Feb 2002 PACS PI Summary1 Where we are and where to go… A. Poglitsch MPE.
Accelerator/WP High Beta Structures Alan Wheelhouse HIGH-BETA CAVITY DELIVERY April 21, 2015.
Manufacturing contracts for RFQ
Manufacturing process, validation and factory test
PRELIMINARY VERSION ESS RFQ CDR 2 TIME SCHEDULE, PROJECT RISKS, RAMI AND SAFETY Anne-Catherine CHAUVEAU8th and 9th december 2015.
ESS WP 12 Project Management & Capabilities Overview Neil Bliss Projects & Mechanical Engineering Group Leader ESS PDR, Lund, 10 th November 2015.
Lead from the front Texas Nodal 1 Texas Nodal Market Implementation ERCOT Board Of Directors – August 15, 2006 TPTF Meeting August.
October 1st 2015 Alexis Fouché 1, Florian Noyrit 1, Sébastien Gérard 1, Maged Elaasar 2 SYSTEMATIC GENERATION OF STANDARD COMPLIANT TOOL SUPPORT OF DIAGRAMMATIC.
Neutron Chopper Technologies Work Package
RISK REGISTER Management & Engineering
LIU-SPS RF Power upgrade | 09 December 2015.
INTERFACES MANAGEMENT CRYOMODULES Vincent HENNION SYSTEM ENGINEERING ACTIVITIES.
RF power couplers vacuum issues J.M. Jimenez Vacuum, Surfaces and Coatings Group (TE-VSC)
ESS CRYOMODULE RISKS REGISTER ESS CRYOMODULE COMPONENTS AND CAVITY EXPERTISE Franck PEAUGER14th January 2016.
Irfu.cea.fr ATLAS-NSW 4 TH MMM WORKSHOP SELECTION CRITERIA FOR THE DECISION ON THE MM CONSTRUCTION SCHEME of June 2013 Patrick PONSOT for the CEA-Saclay-Irfu.
THE LINAC4 RFQ – Experience with Design, Fabrication and Tuning C. Rossi and the RFQ Project Team GSI Review – 20 November 2013.
Collaborating for Quality Quality Assurance (QA) & Quality Control (QC) in the Accelerator Project (ACCSYS) Matthew Conlon ACCSYS QA/QC
Wolfgang Vinzenz FAIR Proton Linac 10 th FAIR MAC November 25 th and 26 th 2013 Proton Linac 1 Status Buncher Design  Rectangular design, longitudinal.
CDR2 – Coupler Mechanical Design NICOLAS MISIARA.
RF PROCESSING OF RFQ COUPLERS CDR2 | Michel Desmons 8-9 DEC 2015.
SRF COLLABORATION MEETING MAY.2016 ESS MEDIUM BETA CAVITY MANUFACTURING CEA Saclay/ESS ECCTD WU Cavités | Enrico Cenni.
DTL prototype summary and production sequence F.Grespan LNL _06_22 CDR.
Status of MICE RF for Step V’ (at LBNL) Derun Li Lawrence Berkeley National Laboratory December 6, 2014.
201 MHz Cavity Plans Derun Li Center for Beam Physics Lawrence Berkeley National Laboratory February 11, 2011 MAP Friday Video Conference Meeting.
Accelerator RFQ system Anne-Catherine CHAUVEAU for the ESS RFQ Team at CEA Saclay April, 2016.
ESS RFQ INTERFACES | Didier CHIRPAZ-CERBAT CEA-ESS INTERFACES.
RFQ Installation Status 10/27/2015 October 27, 2015 Jim Steimel & Curtis Baffes.
DISCUSSION OF THE ARCS AND OVERALL LATTICE INTEGRATION FCC meeting 8th of January 2015 Antoine Chance.
PRELIMINARY VERSION Mechanical integration in the ESS Accelerator tunnel HENRY PRZYBILSKI.
1 & 2 JUNE 2015 – LLRF – BEAM DYNAMICS WORKSHOP URIOT Didier What is taken into account in simulations LLRF – Beam dynamics Workshop.
H-ECCTD KICK-OFF DEVELOPMENT PLAN AND SCHEDULE 16/03/2016.
Collaborating for Quality through the Project Quality Plan Matthew Conlon ESS ACCSYS QA/QC Quality Learning & Planning.
CONFIGURATION MANAGEMENT AND CONTROL PLAN ESS Quality Assurance and Control workshop (30June) V. HENNION.
ASSEMBLY OF THE IFMIF CRYOMODULE Janic Chambrillon On behalf of the SRF-Linac Team TTC Meetting - June 5th – 8th, Saclay.
WP High Beta Cavities Delivery
Bruno POTTIN, Anne-Catherine CHAUVEAU
Cryomodule test stand at ESS site
Spoke section of the ESS linac: - Status of prototypes and CDS-SL
STATUS OF CIEMAT CONTRIBUTION TO CTF3 ( )
Task T HTS Dipole Magnet Design and Construction
Complementary ISTC Projects #3888, 3889p
BE/RF-IS Contribution to LIU C. Rossi and M. Paoluzzi
6th srf collaboration lasa 13 June CAVITY interfaces - Vincent Hennion / PIERRE BOSLAND Bonjour, Franck Peauger, Je suis Ingénieur RF.
CERN-ITER Workshop CERN Procurement Anders Unnervik 16 Jan 2017
XFEL Tuner system non-conformities Detected At saclay
Daresbury ESS In-Kind Contributions
F. Peauger (mainly for CM components)
Cryomodule ESS FAT & SAT SRF meetinG on 07/11/2017
Critical design review #1 for medium beta cavity cryomodules 3-4 APRIL main evolutions between M-ECCTD and serie - Bonjour, Franck Peauger, Je.
Identification and marking of ESSI deliverables
Cryomodule Product Breakdown Structure and configuration traceability
XFEL cryomodule production and Reliability improvement
Quality assurance and Quality control organisation
Critical design review #1 for medium beta cavity cryomodules 3-4 APRIL SAFETY AND RAMI INPUTS - Franck Peauger OLIVIER KUSTER (INSTALLATION AND.
SNS-PPU upgrades the existing accelerator structure
ACCSYS Collaboration Board Triestre, 3rd october 2017
East Hall under construction
Presentation transcript:

ESS RFQ PROJECT RISKS Anne-Catherine CHAUVEAU 14 January 2016

Identification Rating Pre- Mitigation Disposition Rating Post- Mitigation Risk ID Risk Label LevelTreatmentMitigation Strategy / main actionsLevel ("As a result of...")("There is a risk that...") Organization / Specific managerial aspects M1ERIC finalisation Unknown admistrative process with potential impact on-going call for tenders and schedule 32 MAJOR Mitigation Mitigations at management level (see Management RR) 16 MAJOR M2Time schedule reduction Procurement financial offers should be higher than expected 32 MAJOR TransfertAdditional cost to be transfered to ESS M3 Time schedule reduction of RFQ contract No single manufacturer able to sustain the schedule constraint 32 MAJOR TransfertDelay to be tranfered to ESS M4 Time schedule reduction of RFQ contract Auxilairies + Tuner + couplers contracts nor reaching RFQ contract on target time (from schedule point of view) 64 SEVERE Mitigation Set sub-critical contracts as priority in order to put them outside the critical path : ressources allocations, special adlinstrative procedure, pre- selection of bidders. Close follow-up of adminstrative durations 32 MAJOR M5 Time schedule reduction > End plate final assembly no RF tested (only dummy finger tested) End plate RF specification not achieved (with final components) 16 MAJOR Transfert Delays and additional cost to be tranfered to ESS M6 Time schedule reduction > No final vacuum system integrated and Saclay Vacuum system performance not reaching its specifications (RFQ vacuum integrity still tested ) during validations at Saclay 16 MAJOR Mitigation Delays and additional cost to be transfered to ESS if issues arise after shipment. 16 MAJOR M7 Time schedule reduction > No final vacuum control system integrated and Saclay Vacuum control system not reaching its specifications during validations at Saclay 16 MAJOR Mitigation Mitigation : Vacuum CS partially tested on 1 or 2 sections Transfert : Delays and additional cost to be tranfered to ESS to correct problem after shipment 8 MINOR M8 Time schedule reduction > Cooling system FAT only, no SAT (leak test, skid performance test) Cooling system performance not reaching its specifications during check-out at Saclay 32 MAJOR Mitigation Mitigation : Water loss of pressure simulations in FAT (new in contract), Transfert : Cooling system assembly and leak test to be performed directly by ESS / Delays and additional cost to be tranfered to ESS to correct problem after shipment 32 MAJOR M9Only partial tests at sacaly More manmpower needed in Lund to finish CEA contribution 32 MAJOR Mitigation Change contract approach (with limitation in ressources according to intial cost) + all correcivtes cost to be supported by ESS => Cost & fee 32 MAJOR M10 Accelerator System team not stabilized. Engineering process not stable External RFQ interfaces not frozen in due time (CDR2) to finalize Tech Specs 64 SEVERE Mitigation CDR2 before manufacturing with high priority interfaces specification. Interface specification reviewed both by CEA and ESS 8 MINOR No mitigation  With the tight schedule, final end plates will not be tested in Saclay Mitigation : Water loss of pressure simulations in FAT Issues discovered in Lund will take longer to solve Cooling system performance not reaching its specification first time Auxilairies + Tuner + couplers contracts not reaching RFQ contract on target time (from schedule point of view) Procurement financial offers should be higher than expected because of shorter manufacturing time No single manufacturer able to sustain the schedule constraint of 20 months More CEA manpower needed in Lund to finish CEA contribution. Overcost Set sub-critical contracts as priority in order to put them outside the critical path (ie: tuner prototype) No mitigation  WP2: ESS RFQ RISKS LIST (PAGE 1) | PAGE 2 Change contract approach with limitation in ressources according to intial cost and correctives cost to be supported by ESS

Identification Rating Pre- Mitigation Disposition Rating Post- Mitigation Risk ID Risk Label Level Treatme nt Mitigation Strategy / main actionsLevel ("As a result of...")("There is a risk that...") Individual components performance C1Beam Dynamics design issues … RFQ RF design does not match the all the performance requirements 32 MAJOR Mitigation CDR0 has reviewed all design topics / Qualification plan / Bead pull / 16 MAJOR C2 Peak power very high, design based on SP2 under installation, Couplers not reaching specifications (800 kW) 64 SEVERE Mitigation The couplers will be tested on the test cavity / One coupler spare / Additional windows spares / Qualification plan (progressive steps) 32 MAJOR Procurements P1 Not enough applicants, over cost from tenderers, bad tendering process tenders process not conclude in due time 32 MAJOR Mitigation Anticipate as much as possible call for tenders even if specifications are not completely defined. The markets are closely followed. 8 MINOR P2 Several company to deliver the auxiliairies parts, technological challenges (SS/Cu brazing), process qualification to reach, manufacturing schedules slippage Auxiliaries parts (esp. RFQ ports) to brazed delivered too late to RFQ manufacturer 32 MAJOR MitigationClose follow-up of manufacturers, Enhanced QA4 MINOR P3 Manufacturing workload and internal bad arbitration from the manufacturer RFQ manufacturer late delivery32 MAJOR Mitigation Define precise steps with the manufacturer to follow process dates We will request frequent meetings with manufacturer to follow process. Higher delivery penalties / incitations Market survey (Industry proper selection) 16 MAJOR P4ESS issues Vacuum and its control system not delivered on time by ESS 16 MAJOR Mitigation Enhance communication with vacuum and control teams. If possible, the pump used for all anticipated tests during prototyping and RFQ assembly will be identical to the final pumps in order to prove mechanical adjustment. Send 3D to vacuum team ASAP 16 MAJOR Manufacturing process MP1 Bad behaviour of materials during brazing, senstive and new process for the selected company Difficulties to perform RFQ sections brazing 64 SEVERE Mitigation Check brazing experience prior to tender approval / Follow up process during manufacturing / Brazing process qualification / Cu Spare parts / Brazor expert is working with us to help on and follow brazing procedure. 16 MAJOR MP2 Difficult manufacturing process (ceramic window brazing …) No manufacturing acceptance of Couplers (leaks, conditioning barriers, …) 64 SEVERE Mitigation One coupler spare + Manufacturing process with validation steps (NOT considered in current risk analysis : 2 or 3 spares in option / pre-serie qualification inc conditioning / Contract provisions) 32 MAJOR Acceptance A1RF archs damaging critical parts of the cavityRFQ compromised during conditioning64 SEVERE Mitigation Progressive RF power ramp / Cleanliness cautions during manufacturing and assembly at Lund / RF expert for conditionning 16 MAJOR One coupler spare + Manufacturing process with validation steps. The couplers will be tested on the test cavity. Manufacturing process issues for the couplers (ceramic window) Couplers not reaching specifications because peak power is very high WP2: ESS RFQ RISKS LIST (PAGE 2) | PAGE 3

| PAGE 4 PROJECT RISKS SUMMARY No “RED” level risks after mitigation Most risks concern the time schedule as it contains no margin. Most critical technical part is the coupler because it is a complex part and the power required is very high. RISKS LEVEL BEFORE MITIGATION RISKS LEVEL AFTER MITIGATION

Commissariat à l’énergie atomique et aux énergies alternatives Centre de Saclay | Gif-sur-Yvette Cedex T. +33 (0) xx xx | F. +33 (0) Etablissement public à caractère industriel et commercial | RCS Paris B | PAGE 5 CEA Saclay/Irfu projet ESS | DATE