Accsys Collaboration Board February 2017

Accsys Collaboration Board February 2017
Mats Lindroos Head of Accelerator

Some Highlights Start of onsite installation activities by Powerheat of warm gas piping supports Significant progress on the fabrication of ACCP cold box and compressors. Compressors are scheduled to arrive at ESS in the end of March. ESS Ion source operating at nominal parameters in Catania ESS modulator prototype long term test completed and tender released in Spain for the 3 first NC modulators Good progress with manufacturing of NC linac parts Good results for prototype SRF cavities at IK partners (CEA, CNRS and INFN) First phase of Value Engineering exercise completed

ESS construction

Some Issues IK contracts:
Tri-part agreement with Elettera-INFN-ESS to resolve the Elettra VAT issue and enable the start of procurements at Elettra Final 12 contracts (Tas) to be presented to last IKRC Unlikely that additional IK contracts can be awarded due to schedule issues Need for more information at IK partners to prepare for IK staff at ESS E.g. ID06 Cards and Housing Provision of laydown areas onsite for installation activities by vendors and In-Kind Partners and coordination of logistics Installation activities and coordination is very resource demanding for ESS and for IK partners Detailed installation sequence, Cable coordination, responsibility matrix, WCSP document Release of some procurements by In- Kind partners in languages other than English are seen to pose problems.

Accelerator Division § ACCELERATOR DIVISION
Mats Lindroos Beam Physics, Operation & Beam Diagnostics Andreas Jansson – GL Beam Physics Mamad Eshraqi - SL Marc Munoz Renato de Prisco Ryoichi Miyamoto Yngve Levinsen Saeid Pirani (at INFN) Ciprian Plostinar ( ) Beam Diagnostics Tom Shea – SL Benjamin Cheymol Cyrille Thomas Hooman Hassanzadegan Hinko Kocevar Irena Dolenc Kittelmann Maurizio Donna Rafael Baron Charlotte Roose Slava Grishin ( ) Edvard Bergman ( ) Clement Derrez ( ) Thomas Grandsaert (EIS) Johan Norin (C) Engineering Resources David McGinnis – GL Eugene Tanke Nick Gazis Carl-Johan Hårdh (C) Mats Pålsson (C) Pontus Jönsson (C) Marcus Green (C) Dennis de Wit (C) LINAC Håkan Danared – GL Linac Hardware Vacant - SL Christine Darve Georg Hulla Walter Wittmer Felix Schlander Cecilia Maiano ( ) Oystein Midttun (IK) Nuno Elias (EIS) Frank Hellström (C) Fredrik Håkansson (C) Accelerator Integration Stephen Molloy – SL Aurélien Ponton Edgar Sargsyan Iñigo Alonso Radio Frequency Anders Sunesson - GL Power Converters Carlos Martins – SL Göran Göransson Marko Kalafatic Paulo Jose Torri Anders Andersson (C) RF Sources Morten Jensen – SL Rihua Zeng Rafael Montano Bruno Lagoguez Chiara Marrelli Rutambhara Yogi Staffan Ekström Stevo Calic Iñigo de la Fuente Anders Svensson Safety Lali Tchelidze – GL Duy Phan Enric Bargalló Mikael Motyka Frank Kornegay (C 15%) Konstantin Batkov (Target 50%) Spec. Technical Services John Weisend II – GL Wolfgang Hees Anton Lundmark Evangelia Vaena Frithiof Jensen Emilio Asensi Gunilla Jacobsson Akif Coku (C) Björn Henriksson (C) Jörgen Jönsson (C) Fredrik Persson (C) Cryogenics Philipp Arnold – SL Jaroslaw Fydrych John Jurns Xilong Wang Xiaotao Su Ila Sjöholm (C) Piotr Tereszkowski (C) Vacuum Marcelo Juni Ferreira – SL Hilko Spoelstra Simone Scolari Christophe Jarrige Fabio Ravelli Kristell Barthélemy Richard Bebb Peter Ladd (C 50%) Admin & QA Caroline Prabert Inga Tejedor Abril Qaraeen Matthew Conlon Ebbe Malmstedt (C) Kent Wigren (C) Hans Öster (C) Planning Lena Gunnarsson Magnus Israelsson Luisella Lari (C) Håkan Danared – Deputy Head of Division John Weisend II – Deputy Head of the Project Peo Gustafsson – In-kind Manager Accelerator Division 72 employees ( ) Consultants, IK, Students, Interns and empl from Eng Integr Sup Div & Target, in Yellow + Planners = 27 people Caroline Prabert

Design Reviews Since the summer the following Design Reviews were held: Target Moderator Cryoplant– PDR Accelerator Cryoplant - CDR2 (next is an IRR in spring 2017) Target Imaging Beam Diagnostics– PDR Warm Gas Piping– CDR1a 660KVA Modulator – PDR Test & Instruments Cryoplant – CDR BPM Electronics – PDR LWU BPM - CDR Helium Storage Tanks – CDR High Power RF Amplifier for MEBT - PDR Accelerator Tunnel Water System – PDR Beam Dynamics & Lattice Review Cooling water tunnel and gallery PDR Medium Beta Elliptical Cavities CDR Test Stand 2 PDR Electronic Rack Systems PDR 704 MHz Klystron PDR Wire Scanner Acquisition System PDR A total of 38 Design Reviews of various types were held in 2016 Approximately 30 Reviews are expected in 2017

EV Graph Current Status
The break in the PV curve is due to replanning activities creating a lower PV for December than previous month. Mainly IK related activities are affected. The main WPs contributing to the SV are: Power Converters, Cryogenics, NCFE and Spoke Cavities & Cryomodules. The main WPs contributing to the negative CV are: Power Converters, Beam Diagnostics, Beam Delivery, Cryogenics

Cumulative Variances

Milestones (1/2) -121 -129 -110 -38 -37 -60 4 -16 -20 -12 ID Name
Baseline Current Forecast Δ since last month (days) Float Impact/Action A LEVEL2.2G.ACCSYS.WP03.Start RFQ machining 30-jul-16 1 Jan-17 -16 -121 Currently no impact as delivery date is still being maintained. However, this is being watched closely A LEVEL1.1G.ACCSYS.WP08.Thales and Toshiba and CPI/ Klystron Prototypes delivered 1-jun-16 9 Jan-17 -20 -129 Toshiba prototype is here. Limited ability to affect Thales production speed however, this is not a critical path item yet A50070 LEVEL1.1G.ACCSYS.WP08.CPI/Thales and L3 IOT prototypes delivered 30-sep-16 19 Apr-17 -12 -110 Impact is only on post 2019 High Beta CMs A LEVEL1.1G.ACCSYS.WP04.WP05.Spoke & MB CM production launched 23-dec-16 1 Mar-17 -38 Obsolete. Will be split into 2 milestones A LEVEL1.1G.ACCSYS.WP05.MB CM testing starts 2-Oct-17 22 Nov-17 -37 A50060 LEVEL1.1G.ACCSYS.WP08.Decision IOT or Klystron for High Beta Linac 3-Jan-18 28 Mar-18 -60 Impact is only on Post High Beta CMs A LEVEL1.1G.ACCSYS.WP11.Accelerator cryoplant ready for CDS 11-jun-18 31-May-18 4

Milestones (2/2) -67 -65 -88 -33 -20 +27 ID Name Baseline Current
Forecast Δ since last month (days) Float Impact/Action A LEVEL1.1G.ACCSYS.WP02.Start RFQ commissioning 16-jul-18 07 Nov-18 -67 This is a knock-on effect from the start of RFQ machining. If delivery date of RFQ is met, this will also be met A LEVEL1.1G.ACCSYS.WP02.Beam commissioning completed for ISRC-LEBT-RFQ-MEBT 08-oct-18 23 Jan-19 -65 A LEVEL1.1G.ACCSYS.WP02.Beam commissioning completed for NCFE but DTL5 25-feb-19 8 Jul-19 -20 -88 Replanning with INFN Legnaro underway to return to baseline date A49760 LEVEL1.1G.ACCSYS.WP08.RF system for MB ready 13-may-19 9 Sep-19 +27 -33 Replanning of WP8 underway to optimize schedule & move this milestone back A LEVEL1.1G.ACCSYS.First Protons on Target, 570 MeV 28-jun-19 1 jul-19 A LEVEL1.1G.ACCSYS.WP High Beta Cryomodules installed 02-jun-21 A LEVEL1.1G.ACCSYS.WP High Beta Cryomodules installed 04-jul-22 04-Jul-22 A LEVEL1.1G.ACCSYS.Accelerator installed for 2.0 GeV 23-sep-22

Installation schedule stubs, RF gallery and Tunnel – 30 months to do all!

NC LINAC – first out! The long term test of the ion source will be done in Lund to assure that the ion source arrives in time Installation of SC linac and NC linac “independent” activities thanks to shielding wall and temporary PSS Expected delay of RFQ (3 months) can be absorbed if no other major systems are delayed The timely arrival of DTL tanks will permit installation and conditioning of DTL structures in parallel to RFQ and MEBT assembly and installation Final schedule for ARR will be decided latest summer 2017

Accelerator Division (AD) – Site Organization
BAS-U framework ESS management Accelerator Division (AD) – Site Organization Accelerator installation Manager Nick Gazis deputy: Edgar Sargsyan Area Supervisor Gallery (G02) Marcus Green Mechanical Electrical Utilities Area Supervisor Tunnel (G01) and & FEB (levels 090 & 100) Dennis de Wit Area Supervisor Cryobuildings (G04) Ila Sjoholm Area Supervisor Test stand (in G02) Wolfgang Hees Safety Team Duy Phan Area Supervisors and ES&H Planning coordination Edgar Sargsyan AD and ESS central installation services RATS Hans Oster QA/QC Kent Wigren el RF other.. System Leader 1 Indeed everyone is responsible for safety mech util other.. System Leader 2 AREAS other Other.. System Leader 3, 4.. Task masters (Installation Support Team) 16 January 2017 Catania Workshop - N.Gazis

Example responsibility matrix

Accelerator Division (AD) – Building access milestones
AD installation plan ESS 02-May-2017 Full Access to G01 Linac Tunnel and FEB level 090 27-Feb-2017 Partial Access to G02 Gallery Technical Area 01-Sep-2017 Partial Access to first part of G02 Gallery (FEB level 100) with 4 first stubs 23-Oct-2017 Partial Access to following part of G02 Gallery with the following 6 stubs 01-Jan-2018 Partial Access to following part of G02 Gallery with the following 11 stubs 31 Mar Full Access to entire G02 AD preliminary site-office needs (changing rooms included accordingly) Starting in January 2017: 21 accelerator staff are gradualy moving on-site and 17 more hotdesks are reserved for installation people needs Draft –in progress 16 January 2017 Catania Workshop - N.Gazis

Last slide for installation Status in a nutshell
Current plan for the ESS accelerator installation foresees 30 consequent months of installation (starting in Jan-2017). The WP remain in charge of the systems until they are commissioned – the ESS installation organization is there to facilitate the installation work and assure that it is done safely and in line with Swedish legislation The System Leaders together with IK partners and ESS staff have to fill-up the Work and Safety Coordination Plan (WSCP, ESS ) prior to any installation work - this document will help assuring that the all required resources are identified and that the work is performed safely Currently the AD installation team utilizes the AD Test Stand safety procedures according to the “best practice” rule 16 January 2017 Catania Workshop - N.Gazis

Forecast EAC

Risk Status No Changes to the risk list!
Event Potential Impact* Probability Mitigation measures Retirement date In-kind contributors do not meet scope and schedule requirements Quality Schedule 4 communicate regularly with IKC inform work status to the project Yearly formal audit of WP progress Unidentified design faults are not prototyped and fail in production Schedule Quality PDR/CDR prior to manufacturing All WPs undergo a yearly audit Suppliers do not deliver on time with right quality/quantity, e.g. klystrons, modulators, CMs, Make sure QA/QC plans are in place Inadequate ability to deal with on-site adjustments during construction as well as during operations 3 Improve installation planning Follow up on needed space for workshops on site No Changes to the risk list! Risk WS Planed, WP 3 NCFE (risk identification done) WP 4 Spook Cryo (risk id started w 3) WP 5 Elliptical Cryo (risk id started w3) WP 7 BI WP 8 RF WP 16 Cooling Will give new input to the risk list Simplified process Only Focus on remaining Tech Risk Simplified Component layouts/IF Areas/WP Design/IF Manufacture and V&V Transport Assembly Inst Test Cond Com Going forward Turn the stake around and focus on org Functions (coming project steps) Assign owners (hand over) - Treatment plan - Mitigations

Conclusions The ESS accelerator (sub-)project is making good progress – present known delays indicates a possible 3-5 months delay but all is done to mitigate that The ESS and AD installation organization develops a detailed integrated installation schedule, assures that necessary support for installation is available and makes certain that the work can be done safely – we are all responsible for safety Close coordination and good communication between IK partners and ESS is paramount to be able to complete the project successfully Thanks for your constructive collaboration and for your positive approach to the many challenges we encounter daily!

Extra slides

Schedule Variance (SV) (= Earned – Planned)
The main contributors to the cumulative SV of M€ are NCFE (-2.7 M€) due to that the P6 plan needs to be updated. Will happen during Q Spoke cavities & Cryomodules (-1.5 M€) due to delay in Spoke series CM parts & tooling procurement. Cryogenics (-2 M€) due to delays in CDR-3 and CDR-4 for piping, delay in CDS-elliptical engineering and production. Power Converters (-2.8 M€)

Cost Variance (CV) (= Earned – Actuals)
The main contributors to the cumulative CV of -1.2 M€ are Beam Delivery (-400 k€) Beam Diagnostics (-600 k€) Cryogenics (-250 k€) Power Converters (-800 k€)

Analysis of CVs Exceeding Thresholds
Work Package: 11.6 Beam Delivery Systems; CV = -431 k€; CPI = 0.53 Cause: Impact/consequence: Recoverable: Corrective actions: Work Package: 11.7 Beam Diagnostics; CV = -590 k€; CPI = 0.91 I steg 1, inkludera bara denna och kommande 2 slides som de är. Långsiktigt skulle man kunna tänka sig att denna genererades, dvs om man är utanför tröskelvärdena så la QV/nprinting till slides med SV/SPI ifyllt.

Analysis of CVs Exceeding Thresholds
Work Package: Power Converters; CV = -840 k€; CPI = 0.74 Cause: Impact/consequence: Recoverable: Corrective actions: I steg 1, inkludera bara denna och kommande 2 slides som de är. Långsiktigt skulle man kunna tänka sig att denna genererades, dvs om man är utanför tröskelvärdena så la QV/nprinting till slides med SV/SPI ifyllt.

Analysis of SVs Exceeding Thresholds
Work Package: 11.3 Normal Conducting Front End; SV = k€; SPI = 0.70 Cause: Work package will be updated during Q Impact/consequence: Recoverable: Corrective actions: Work Package: 11.4 Spoke Cavities & Cryomodules; SV = k€; SPI = 0.82 Cause: Spoke series CM parts & tooling procurement, Spoke series cavity procurement, testing of cavity package in Uppsala and later on testing of CM. Impact/consequence: Delay due to Nb to be delivered in Sep 2017, delay on Spoke test campaign due to additional activities needed after test of cavity package in Uppsala. Recoverable: No concerning Spoke CM parts & tooling procurement, no concerning cavity test in UU since no spare parts are available. Additional power couplers will be conditioned by April 2017. Corrective actions: A CNRS procurement officer was hired last Sep. The Nb & cavities was ordered Jan 2017 before cavity package is tested in Mar 2017 adding a risk to the ESS project.

Analysis of SVs Exceeding Thresholds
Work Package: 11.5 Elliptical SRF incl. Cryomodules; SV = k€; SPI = 0.93 Cause: Medium Beta procurement of Niobium. Impact/consequence: Possible delay in the production of the MB cavities (<3 months). The TA is signed and call-for-tender is being launched. Recoverable: Yes Corrective actions: LASA will accelerate the delivery of Nb to match the cavities fabrication timeline. Work Package: 11.7 Beam Diagnostics; SV = -332 k€; SPI = 0.95 Cause: Impact/consequence: Recoverable: Corrective actions:

Analysis of SVs Exceeding Thresholds (continued)
Work Package: 11.8 Radio Frequency Systems; SV = k€; SPI = 0.93 Cause: Impact/consequence: Recoverable: Corrective actions: Work Package: Test Stands; SV = -494 k€; SPI = 0.94 Cause: Due to restructuring/replanning of WP10 the EVM numbers are affected. Impact/consequence: None Recoverable: Yes Corrective actions: None

Work Package: Cryogenics; SV = k€; SPI = 0.92 Cause: Delays in CDR-3 and CDR-4 for piping, delay in CDS-elliptical engineering and production. Impact/consequence: Behind schedule one to two months. Recoverable: Yes. Corrective actions: Rescheduling installation with stakeholders and speed up during production/installation phases. Work Package: Vacuum; SV = -777 k€; SPI = 0.86 Cause: Impact/consequence: Recoverable: Corrective actions:

Work Package: Electrical Support; SV = -516 k€; SPI = 0.72 Cause: Impact/consequence: Recoverable: Corrective actions: Work Package: Power Converters; SV = k€; SPI = 0.47

Statement 1 Area Supervisors
BAS-U/P is the safety responsible person for planning and construction works in a dedicated area, according to the applicable Swedish legislation. The BAS-U/P defines and supervises the implementation of safety rules in the dedicated area. In this framework, ESS ERIC has agreed to follow the BAS-U/P legislation and rules during all installation, testing and commissioning phases in the ESS site. Accordingly, the ESS AD assesses the safety responsibility following the (partial/full) access definition of its areas. ESS AD has appointed the Area Supervisors as BAS-U/P responsible persons for the accelerator installation, following the ESS ERIC mandate. NOTE 1: Above mentioned statement is in full accordance with Skanska/C-101 Minor Works definition for on-site coordinated, documents on place, work instructions, BAS-U/P etc… NOTE 2: AD has already Partial Access in part-of-G02 and G04 with Skanska/C-101 waiting for our (ESS) formal confirmation, to be provided right after this workshop in agreement with ES&H. Roles, Responsibilities, Authorities and Accountabilities (R2A2) of the presented installation titles are available under: 16 January 2017 Catania Workshop - N.Gazis

Area Supervisor (also BAS-U/P responsible person)
Role appointed by the ESS AD Maintains the area responsibility on site (he is the Territorial Safety Officer) Physically present on site during works Safety responsible for the works/actions performed in his area Safety responsible for the workers working in his area Member of the safety team Specific safety responsibilities e.g. fire safety responsible (hot works education etc. needed) Generates Area Hazard Analyses (AHA) included in the Safety Coordination Plan (WSCP) Issues/revokes access to his area to all the concerned people (installation teams, IKCs, contractors, etc.) 16 January 2017 Catania Workshop - N.Gazis

Statement 2 System Leaders
The Area Supervisors shall act as “hosts” of their areas with the System Leaders arriving (with their teams and equipment) to perform installation of their respective components of their Work Packages (WP). The Area Supervisor shall inform/implement/supervise all safety rules and regulations related to his area(s) and maintain up-to-date the Area Hazard Analysis (AHA) included in the Work and Safety Coordination Plan (WSCP) of his dedicated area. The Area Supervisor shall check all safety training and certification of all people working in his area. The Area Supervisor will make sure that the dates and timeslots of the Installation Planning (as defined by the deputy installation manager) are respected. The System Leaders and their WPs are responsible to maintain the action schedule of the installation and comply to the Area Supervisors orders for safety and entering/evacuating the dedicated areas. It is the System Leaders’ responsibility to educate/train his teams for all safety trainings needed in order to perform installation works. The safety trainings of the teams shall be funded by the WP. The installation of the different Work Packages (WP) of AD shall be lead by the System Leaders, as appointed by each Work Package Leader. Appointed System Leaders are listed under: The System Leaders of the WP have to fill-up the Work and Safety Coordination Plan (WSCP) with help from the Area Supervisors prior to any installation work. Primary responsibility of the System Leader is to timely communicate to the Area Supervisors all WSCP documentation, related to the installation works of the System Leader’s WP. System Leader has to fund (via the relevant WP) all requests (for material/personnel/services or other) described and requested in his/hers WSCP. ESS : Work and Safety Coordination Plan (WSCP) Please contact for more details. 16 January 2017 Catania Workshop - N.Gazis

System Leader Also following the BAS-U/P rules and regulations
Role appointed by the WP Leads and manages the installation team of the relevant WP Selects and defines techs and installation team members along with their actions Plays the role of the technical expert on site (can be physically on site) for the components of the relevant WP Responsible for performing all on-time scheduled activities Receives and signs (commissions) the deliveries for his/hers systems of responsibility Generates Job Hazard Analyses (JHA) Generates and owns the Work and Safety Coordination Plan (with help from the Area Supervisors) 16 January 2017 Catania Workshop - N.Gazis

AD site organization: installation hierarchy with titles
ESS LINE MANAGEMENT SITE MANAGEMENT COST ESS-wide Centralized Resources Administration Technical SWOCOR SAFETY SCHEDULE Accelerator Installation Coordinator Installation Area Supervisor Installation system/package leader Technicians, Task Masters, IKC resources, Contracted resources, etc./ 16 January 2017 Catania Workshop - N.Gazis

Installation Services available on-site from the AD Area Supervisors
AD will provide installation services and support on-site to facilitate the WP installations. These resources will be available from the AD Area Supervisors, following the WP’s requests as documented in the WSCP by the System Leaders (for each WP). Logistics: The System Leader(s) have to document in the WSCP all needs for logistics and transportation for the WP components. Consequently, establish contact with ESS Logistics and/or to organize the shipment of IKC components from the IKC facility to ESS Lund. All transportation and logistics of the WP shall be supervised/organized by ESS Logistics. Alignment: The System Leader(s) have to document in the WSCP all alignment needs for the WP components. Consequently, establish contact with ESS Survey and Alignment Group to detail the realization of alignment process and steps. Electrical installations: The System Leader(s) have to establish contact with AD electrical group for all electrical-related installation needs/support. Controls: The System Leader(s) have to establish contact with ICS for all controls-related installation support. Installation support*: The System Leader(s) have to document in the WSCP all all needs/support on technicians, manpower, services and tooling on-site during their installation. Consequently, establish contact with AD Installation team and/or to detail planning of the installation support needed for each WP. *Please, refer to next slide for details on the available installation support. 16 January 2017 Catania Workshop - N.Gazis

Catania Workshop - N.Gazis
Installation Support available on-site from the AD Area Supervisors – (1/2) AD will provide installation support on-site to facilitate the WP installations. These resources will be available from the AD Area Supervisors, following the WP’s requests as documented in the WSCP by the System Leaders (for each WP). Installation teams (manpower): The System Leader(s) have to document in the WSCP all needs for technicians and manpower for installation of the WP components. Following the WSCP instructions, the Area Supervisors will assign technicians and manpower directly under the command of the System Leaders, during the installation of the relevant WPs. Installation teams (manpower): The System Leader(s) have to document in the WSCP all design needs for 2D-drawings and installation maps for the WP components. Following the WSCP instructions, Design Integration workGroup (AD-DIG) will provide the relevant drawings, upon availability of the design engineers. Electronics, tooling and consumables support: The System Leader(s) have to document in the WSCP all needs for electronics, tooling and consumables (e.g. network analyzers, hand-tools, bolts & nuts, shims, temporary support frames, air-pads etc.). Basic electronics, tools and consumables will be available on-site, following the WSCP instructions. Please, verify their availability with the Area Supervisors. It is strongly advised to the WPs to organize and come individually with their needed electronics, tooling and consumables – keep in mind that no-workshop/no-electronics lab is available on-site (but it will be available in close proximity). 16 January 2017 Catania Workshop - N.Gazis

Catania Workshop - N.Gazis
Installation Support available on-site from the AD Area Supervisors – (2/2) Industrial machinery support: The System Leader(s) have to document in the WSCP all needs for industrial machinery (pallet-jacks, lifting devices, truck-rents, scaffolding, etc.). Industrial machinery will be available on-site, following the WSCP instructions. Please, verify availability and use-process with the Area Supervisors. The WP can be requested to fund its specific requests via PCC code, after agreement with the Area Supervisors. Industrial services support: The System Leader(s) have to document in the WSCP all needs for industrial services support (storage, workshop, lay-down areas, etc.). ESS central services will be provided by the Area Supervisors (waste management, air supply, WiFi, electricity, storage, workshop, lay-down areas, etc.), following the WSCP instructions. Shielding and sealing materials: The System Leader(s) have to document in the WSCP all needs for shielding and sealing (fire or other) material. ESS-approved shielding and sealing materials will be provided by the Area Supervisors, following the WSCP instructions. Training courses and certifications: The System Leader(s) have to document in the WSCP all needs for training courses and certification related to installation. The WP have to comply to the certification requested by the Area Supervisors (according to the applicable Swedish legislation and ESS local rules). The WP will fund their training courses, according to their installation needs. 16 January 2017 Catania Workshop - N.Gazis

Accelerator Division (AD) – Building access milestones
AD installation plan ESS 02-May-2017 Full Access to G01 Linac Tunnel and FEB level 090 27-Feb-2017 Partial Access to G02 Gallery Technical Area 01-Sep-2017 Partial Access to first part of G02 Gallery (FEB level 100) with 4 first stubs 23-Oct-2017 Partial Access to following part of G02 Gallery with the following 6 stubs 01-Jan-2018 Partial Access to following part of G02 Gallery with the following 11 stubs 31 Mar Full Access to entire G02 AD preliminary site-office needs (changing rooms included accordingly) Starting in January 2017: 21 accelerator staff are gradualy moving on-site and 17 more hotdesks are reserved for installation people needs Draft –in progress 16 January 2017 Catania Workshop - N.Gazis

Example: General steps of tunnel installation
Current tunnel installation sequence: Marking Hole Drilling Water-cooling pipes installation (inclduing dedicated supports) Cable trays and grounding bus bar installation (inclduing dedicated supports) Phase Reference Line (PRL) installation Stubs (trays, waveguides, cables) installation NCL and CDS CryoModules (CMs) and LWUs. High level of complexity is evident so efficient coordination is explicit! 16 January 2017 Catania Workshop - N.Gazis

TA Status, facts & figures
The work to develop the TA progress as expected the target (in Okt) for IKRC 11 was to present 10 TA TA to present at IKRC 4 (se separate list) TA Ready UK 2 (LWU and High Beta cavities manu) TA endorsed offline 2 (Cryo dist line and test stand) Collab. Agree. developed 2 (Lund, Grid and Aperture Monitors electronics & Aarhus, WS act) Tot TA (more TA TBD ?) TA assigned to a partner 41 TA signed 31 Potential IK open 8 (procurement contracts) IKRC (all remaining)

Planed to be presented at IKRC 11
CEA WP7 Beam Diagnostics Neutron beam loss monitor (nBLM) Signed 2 CNRS WP11 Cryogenics Cryogenic distribution line, spoke linac 3 INFN Milan WP 5 Elliptical Linac Medium-Beta Cavity Fabrication and Testing 4 ESS Bilbao WP17 Modulators ESS Bilbao 3 x Klystron Modulators for NC 5 Wroclaw UT WP 11 Cryogenic distribution line, elliptical linac endorsed 6 Cryogenic distributiontest stand 7 Daresbury WP5 High-Beta Cavity Fabrication and Testing Ready 8 W12 Vacuum Test facilities, LWUs (linac warm units), other vacuum, pickups 9 WP3 MEBT Medium Energy Beam Transport (MEBT) draft 10 Beam Diagn. Medium Beta Beam Stop 11 WP8 RF RF distribution Warm Linac 12 Aarhus University Development and fabrication o Cold Linac WS Actuators Colab 13 Lund Univ. Beam instrumentation electronics for Target grid and aperture monitors

Open Contributions 11.7 Beam Diagnostics
Beam instrumentation for Target grid and aperture monitors (Detectors/beam line components) Proc start, now RF amplifiers Medium-beta klystrons AIK 8.8 Tender process starts , draft specs. High-beta klystrons or IOTs AIK 8.9 Tender latest 2017 11,15 Electrical support Cables, power distribution cabinets AIK 15.1 Tender/IK Q1 2017 11,16 Cooling support Design, construction, installation of piping AIK 16.1 Strategy under development Design, construction, installation of cooling skids AIK 16.2 Modulators High-beta modulators AIK 17.5 VE 11.17 ESS Bilbao 9 x Klystron Modulators for M-Beta AIK 17.6 ESS Bilbao

Accsys Collaboration Board February 2017

Similar presentations

Presentation on theme: "Accsys Collaboration Board February 2017"— Presentation transcript:

Similar presentations

About project

Feedback

Log in

Auth with social network:

Accsys Collaboration Board February 2017

Similar presentations

Presentation on theme: "Accsys Collaboration Board February 2017"— Presentation transcript:

Similar presentations

About project

Feedback