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High Radiation to Materials HiRadMat Project : Construction, Installation & Operation of the facility Reminder : brief overview of the facility News.

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Presentation on theme: "High Radiation to Materials HiRadMat Project : Construction, Installation & Operation of the facility Reminder : brief overview of the facility News."— Presentation transcript:

1 High Radiation to Materials HiRadMat Project : Construction, Installation & Operation of the facility Reminder : brief overview of the facility News since last meeting Project structure proposal Next steps – open issues HiRadMat Project Meeting CERN, October 15, 2009

2 The HiRadMat Facility Key assets Study the impact of intense pulsed beams on materials Thermal management (heating) material damage even below melting point material vaporization (extreme conditions) Radiation damage to materials – change of properties Thermal shock - beam induced pressure waves Test bed, important for the design validation of LHC near-beam components before installation in the machine Requires LHC-type beam from pilot to 288 nominal bunches Foreseen clients : LHC collimators, material studies (bulk, superconductors), high-power targetry, irradiation tests of electronics I. Efthymiopoulos CERN, October

3 The HiRadMat Facility Proton beam layout End of common part
TT60 Beam SPS TI 2 Beam End of common part with TI 2 transfer line 50 m T9 target area / WANF C. Hessler, 26/01/09 I. Efthymiopoulos CERN, October

4 The HiRadMat Facility Primary proton/ion beam parameters
Beam in shared mode during SPS operations. Parameter Unit Value (proton beam) Value (lead ion beam) Beam energy GeV 450 36.9×103 (177.4 GeV/n) Bunch intensity particles 5×109 to 1.15×1011 5×109 to 4.1×1010 Bunch length cm 11.2 Number of bunches - 1 – 288 1 – 592 Bunch spacing ns 25 ≥ 25 Pulse energy MJ 2.4 28×10-3 Pulse length ms 7.2 Peak power GW 340 2.3 Normalized emittance (1s) mm 3.5 1.4 sx × sy at exp. (baseline) mm2 1.0 sx × sy at exp. (request) 0.25 – 4.0 Integrated beam intensity (protons) 1016 protons/year 10 experiments × 1015 protons(max)/exp ~30100 extractions/exp I. Efthymiopoulos CERN, October

5 The HiRadMat Facility Irradiation area layout in the TT60/WANF tunnel
Cleanup the WANF tunnel Dismantle/condition WANF equipment Horns/He-tanks could be stored locally until disposal path (and budget) agreed Move the rest to waste Maintain escape passage from tunnel end Test area upstream the T9 target Convert T9 target to a beam dump Remove target head and replace with special blocks like in CNGS hadron stop: graphite core, Al plates with (water) cooling Add lateral shielding (concrete) Reuse blocks from T1 (TAX area) to complete the downstream shielding I.Efthymiopoulos, CERN

6 The HiRadMat Project News since last meeting Project review on January’09 - review panel from S. Myers, F. Bordry, P. Collier, V. Vuillemin Positive feedback, no major issues found, requested to clarify few budget lines – no discussion on manpower The creation of the HiRadMat facility was included and recommended in the summary Memo from the Irradiation Facilities WG chaired by Lucie Linssen Presented and discussed during the LHC Collimation Phase-II workshop in April ’09 Specification document for the facility is available – last version dated December 15, 2008 I. Efthymiopoulos CERN, October

7 The HiRadMat Project Reminder and news Thanks to the efforts of all, Ralph in particular, the project got finally green light for Construction, Installation and Operation of the facility The HiRadMat Project is included in the CERN MTP with sufficient funds for three years : 2010, 2011, 2012 Project PPA : FOT-PRJ Project leader : Ilias Efthymiopoulos EN/MEF (I was told!) Target dates : First beam in the facility by June 2011 then two months of commissioning First users by Q4 2011 HiRadMat is also included in EUCARD/FP7 project as Transnational Access Funds available to support EU users for the exploitation of the facility – within limits! I. Efthymiopoulos CERN, October

8 The HiRadMat Project Project structure – proposal for approval
A & T Sector Mgmt HiRadMat Facility Project Project Leader : I. Efthymiopoulos Deputy PL : S. Evrard IEFC Committee Project Team Operation User Selection Panel Commissioning Coordination SPS & LHC Physics coordinators & scientific committees Proton beam WG M. Meddahi, C. Hessler Operation & Monitoring WANF Dismantling WG S. Evrard, Hel. Vincke User support Team Irradiation area WG A. Pardons, S. Evrard I. Efthymiopoulos CERN, October

9 The HiRadMat Project Project Team
Project management and follow-up. Discuss schedule, budget and resources issues. Report on technical issues and safety. Members: I. Efthymiopoulos (EN/MEF) – Project Leader, safety assurance S. Evrard (EN/MEF) – Deputy project leader, secretary H. Gaillard (EN/MEF) – Planning Safety : Hel. Vincke (DG/SCR), L. Bruno (BE/ASR), ??? (DG/SCG), E. Paulat (BE/ASR) WG1 : Proton beam : M. Meddahi (TE/ABT), C. Hessler (TE/ABT), B. Goddard (TE/ABT), N. Gilbert (EN/MEF) WG2 : WANF Dismantling : S. Evrard, D. DePaoli (EN/MEF), Y. Algoet (DG/SCR) WG3 : Irradiation Area : A. Pardons (EN/MEF) , M. Lazzaroni (EN/MEF) External collaborations : SLAC Users : R. Assmann (BE/ABP), A. Bertarelli (EN/MME), R. Schmidt (TE/MPE), J. Blanco Sancho (TE/MPE) Informed : T. Wijnands (EN/RSO), G. Roy (BE/RSO), L. Ulrici (DG/SCR), K. Foraz (EN/MEF), others? The Project Team meets bi-weekly (for the moment) on: ddddd at hhhhh in 530-R-030(tbc) I. Efthymiopoulos CERN, October

10 The HiRadMat Project Working groups WG1 : Proton beam line
Oversee the design and installation of the primary beam line up to the irradiation area Coordinator: M. Meddahi (TE/ABT), C. Hessler (TE/ABT) WG2 : WANF dismantling Organize the dismantling of the existing WANF (and T1?) equipment. The decommissioning of existing services not to be re-used Coordinator: S. Evrard (EN/MEF), Hel. Vincke (DG/SCR) WG3: Irradiation Area WG Design of the new irradiation facility test area. This includes the beam dump, test stands, peripheral equipment and RP monitoring systems and infrastructure and services installation. Prepare operational models (use cases) and foresee the necessary equipment underground and at BA7. Coordinator: A. Pardons – S. Evrard (EN/MEF) The WG will organize meetings and studies according to needs and report to Project Team. I. Efthymiopoulos CERN, October

11 The HiRadMat Project Commissioning coordination:
Organize the commissioning with beam for the facility; and extract reference maps f the facility (radiation field) Coordinator: M. Meddahi (TE/ABT) – Hel. Vincke (DG/SCR) Operation and monitoring Organizes the operation of the facility, maintenance interventions, and also includes characterization of the facility (radiation field) Area superintendant : M. Lazzaroni (EN/MEF) User technical support Technical support to users for their installation and material removal at the end. Includes management of the nearby labs Technical and engineering support : according to needs User selection Panel Reviews beam time requests and establishes the yearly program in collaboration with the SPS and LHC physics coordinators and the machine operation. Members : sub-set of Project Team ; SPS and LHC physics coordinators and BE/OP members I. Efthymiopoulos CERN, October

12 The HiRadMat Facility Very challenging !!! Tentative schedule
Profit the most from the 3days stops / month during the LHC 2009/2010 run Very challenging !!! I. Efthymiopoulos CERN, October

13 The HiRadMat Facility Open issues User specifications
Is the foreseen area enough? How many stands ? Finalize specs document – check with other users to incorporate their needs in the design Define operational modes – some use cases? Would the area be used for irradiations ? Area infrastructure What type of ventilation do we need ? CNGS type or something lighter? Do we need a fully remote crane ? Monitoring needs ? (primary beam and radiation ?) Proton beam Finalize on beam parameters and define tune margin Beam and dump windows Beam dump – do we need cooling ? RP and safety considerations for the facility  simulations and safety file to prepare I. Efthymiopoulos CERN, October

14 The HiRadMat Facility Next steps
Prepare for each WG the work packages and the resources request for all groups and services Enter the information in APT as DRAFT work units; indicate manpower, deliverables and budget request Once everything is put in place (< mid November’09) we will convert them to active wu and distribute the budged for 2010 Include budget estimates and spending profile: 2010, 2011, 2012 (left over, also operation!) Budget codes distribution – proposal : General – project Safety - project Two per WG : titles ? If there are expenses possible in 2009 let me know asap ! Project web page : Project workspace : \\cern.ch\dfs\Workspaces\h\HiRadMat Indico space : EDMS tree : next week I. Efthymiopoulos CERN, October

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