REMOTE-HANDLING OVERVIEW I. Bailey Cockcroft Institute / University of Liverpool.

Slides:



Advertisements
Similar presentations
I.R. Bailey, J.B. Dainton, L.J. Jenner, L.I. Malysheva (University of Liverpool / Cockcroft Institute)
Advertisements

Photon Collimation For The ILC Positron Target Lei Zang The University of Liverpool Cockcroft Institute 24 th March 2007.
I.R. Bailey, J.B. Dainton, L.J. Jenner, L.I. Malysheva (University of Liverpool / Cockcroft Institute)
30/10/09 Positron Workshop 1 Future Work Plan, Action Items, Future Meetings Jim Clarke ASTeC & Cockcroft Institute Daresbury Laboratory.
Ian Bailey University of Liverpool / Cockcroft Institute Target Design and Photon Collimator Overview EUROTeV: WP4 (polarised positron source) PTCD task.
Positron Source Update Jim Clarke Deepa Angal-Kalinin James Jones Norbert Collomb At Daresbury Laboratory and Cockroft Institute 21/07/2009.
Ian Bailey University of Liverpool / Cockcroft Institute UK EUROTeV Photon Conversion Target Project EUROTeV: WP4 (polarised positron source) PTCD task.
TARGET HALL OVERVIEW I. Bailey Cockcroft Institute / University of Liverpool.
JCS e + /e - Source Development and E166 J. C. Sheppard, SLAC June 15, 2005.
MICE Target Review Chris Booth Sheffield 12 th June 2006.
Managed by UT-Battelle for the Department of Energy Review of NFMCC Studies 1 and 2: Target Support Facilities V.B. Graves Meeting on High Power Targets.
Status of Undulator-based Positron Source Baseline Design Leo Jenner, but based largely on a talk given by Jim Clarke to Positron DESY-Zeuthen,
Ajit Kurup, Imperial College London. Neil Bliss, Norbert Collomb, Alan Grant, STFC/DL, Daresbury. Costing Methodology and Status of the Neutrino Factory.
ILCTA_NML Progress at Fermilab Jerry Leibfritz September 10, 2007.
Global Design Effort Push-pull studies How to proceed LCWS07 June 1, 2007 at DESY Andrei Seryi for BDS Area leaders Deepa Angal-Kalinin, A.S., Hitoshi.
Accelerators for ADS March 2014 CERN Approach for a reliable cryogenic system T. Junquera (ACS) *Work supported by the EU, FP7 MAX contract number.
WP2 Superbeam Work Breakdown Structure Version 2 Chris Densham (after Marco Zito version 1 )
Low Emittance RF Gun Developments for PAL-XFEL
Ian Bailey University of Liverpool / Cockcroft Institute ILC Baseline Target Collaborators STFC Daresbury Laboratory, STFC Rutherforord Appleton Laboratory,
Hydrogen system R&D. R&D programme – general points Hydrogen absorber system incorporates 2 novel aspects Hydrogen storage using a hydride bed Hydrogen.
Global Design Effort Beam Delivery System => EDR LCWS07 June 2, 2007 at DESY Andrei Seryi for BDS Area leaders Deepa Angal-Kalinin, A.S., Hitoshi Yamamoto.
Discussion for Keep Alive Source /Auxiliary Positron Source KURIKI Masao Hiroshima U. /KEK 10/25/2011 ILC Technical Baseline Review, 2011, DESY 1.
1 Flux concentrator for SuperKEKB Kamitani Takuya IWLC October.20.
Key luminosity issues of the positron source Wei Gai.
Positron Source General Update M. Kuriki(Hiroshima U./KEK) ALCW2015, April 2015,Tsukuba/Tokyo, Japan.
Current standing of the undulator based ILC positron source Wei Gai AWLC 14 FNAL, May
Development of a Positron Production Target for the ILC Positron Source Capture Optics Positron beam pipe/ NC rf cavity Target wheel Vacuum feedthrough.
Ian Bailey University of Liverpool / Cockcroft Institute UK Target Update EUROTeV: WP4 (polarised positron source) PTCD task I. Bailey, J. Dainton, L.
Electron Source Configuration Axel Brachmann - SLAC - Jan , KEK GDE meeting International Linear Collider at Stanford Linear Accelerator Center.
20 April 2009 AAP Review Global Design Effort 1 The Positron Source Jim Clarke STFC Daresbury Laboratory.
1 Target Station Design Dan Wilcox High Power Targets Group, Rutherford Appleton Laboratory EuroNu Annual Meeting 2012.
MCTF 8/17/06 A. Bross MTA Activities and Plans MCTF August 17, 2006 A. Bross.
MICE Status & Plans MICE-UK paul drumm 15 th September 2004.
Welcome and Introduction to the Workshop Jim Clarke ASTeC & Cockcroft Institute Daresbury Laboratory ILC Positron Source Collaboration Meeting 29 – 31.
1 Target Station Design for Neutrino Superbeams Dan Wilcox High Power Targets Group, Rutherford Appleton Laboratory NBI 2012, CERN.
ILC/CLIC e + generation working group Jim Clarke, STFC Daresbury Laboratory and Louis Rinolfi, CERN.
Discussion, Action Items, & Future Work Plan Jim Clarke ASTeC & Cockcroft Institute Daresbury Laboratory ILC Positron Source Collaboration Meeting 29 –
Ian Bailey Cockcroft Institute/ Lancaster University IWLC October 21 st, 2010 Overview of Undulator-Based Sources for LC.
An Overview of the ILC Cryogenic System Tom Peterson, Fermilab LCFOA at SLAC 1 May 2006.
11/15/20051 Radiation Protection Issues for ILC (not exhaustive) A. Fassò, N. Noriaki, H. Vincke Radiation Physics.
22 th October 2010 IWLC Sources working group J. Clarke, T. Omori, L. Rinolfi, A. Variola Summary of Sources working group WG1 with contributions from.
Axel Brachmann, John Sheppard, Vinod Bharadwaj SLAC Particle Sources Efforts Review/Status and Plans SLAC HEP Program Review June 13 th, 2007.
November 20, 2008 A. Brachmann Slide 1 Sources Session Summary LCWS 2008 A. Brachmann, J. Clarke.
October 9th, 2007 Daresbury – Positron Kick-Off Meeting Slide 1 Remote Handling Vinod K. Bharadwaj SLAC October 9th, 2007.
Possible Layout of Positron Target Region Peter Sievers and Kaoru Yokoya MiniWS, KEK 2016/4/19 Target Region Layout, Yokoya 1.
Visiting DESY for S1-G module Norihito Ohuchi 2009/8/251 19th Biweekly Webex meeting (S1-G, Cryomodule, Cryogenics)
Long-Baseline Neutrino Facility LBNF Beamline optimization schedule Vaia Papadimitriou LBNF Beamline Manager Accelerator and Beam Interface Group Meeting.
Oct. 6, ILC Positron Source Group Meeting Short report by S. Riemann September 2006, RAL.
LBNE Remote Handling Layout Options Adam Carroll Van Graves Tom Burgess FNAL/ORNL Videoconference March 11, 2010.
ILCTA_NML Progress at Fermilab Jerry Leibfritz August 16, 2007.
November 12, 2007 J.C. Sheppard/SLAC Slide 1 Thoughts on Remote Handling (taken largely [almost entirely] from Vinod Bharadwaj) (also a RIA movie from.
Programme for the Physics Start-up Stable and radioactive beams Jose Alberto Rodriguez, BE-OP-PSB (167538)
Positron Source for Linear Collider Wanming Liu 04/11/2013.
Progress with Zeuthen Meeting Actions Jim Clarke ASTeC, STFC Daresbury Laboratory.
Positron Source Report Jim Clarke STFC Daresbury Laboratory/Cockcroft Institute.
Photon Collimator and Conversion Target Status I. Bailey University of Liverpool / Cockcroft Institiute Cockcroft Institiute.
1 Positron Source Configuration Masao KURIKI ILC AG meeting at KEK, 2006 Jan. Positron Source Configuration KURIKI Masao and John Sheppard  BCD Description.
Polarised Positron Source Target and Collimator
News and Introduction from CERN June 15th, 2005
University of Liverpool / Cockcroft Institute
Positron Update ILC R&D Meeting/ March 12, 07 VB & JCS
XFEL Vacuum System Commissioning
ILC Cryogenic Systems Draft EDR Plan
UK RFD Pre-Series cryomodule
ILC/CLIC e+ generation working group
Future Work Plan and Action Items
ILC RDR baseline schematic (2007 IHEP meeting)
Electron Source Configuration
Fassò, N. Nakao, H. Vincke Aug. 2, 2005
J. C. Sheppard SLAC September 29, 2006
Presentation transcript:

REMOTE-HANDLING OVERVIEW I. Bailey Cockcroft Institute / University of Liverpool

Need for Remote-Handling Numbers from Andriy Ushakov’s talk given yesterday at this meeting. FLUKA simulations with simple target geometry. For undulator design, equivalent dose rate for a Ti alloy target wheel, 1 hour (week) after shutdown, after 5000 hours of running, 1m from wheel is ~250 ( 90) mSv/h NB 70m of undulator assumed (~half of baseline length). Dose rates for conventional source with WRe target ~630 (470) mSv/h EU exposure limit is 20mSv/year. FLUKA activation calculations for Ti were benchmarked at SLAC in ’07.

5 cell rf cavity. e.g. s/c OMD Target wheel (includes water channel) L. Fernandez-Hernando,DL, 25/01/2007 Drive shaft (includes water channel) Target Geometry in SimpleGEO / FLUKA Ready to use since beginning of 2007….

Single Target Station - Side View Target module Remote handling cell Services trolley (target cooling, cryogenics for solenoids) Service lines C. Densham, RAL, Sep 2006

Target hall layout 50 m UPT Target AMD Pre- Acceleration system A (Target module withdrawn into hot cell) Target AMD Pre- Acceleration system B (in operation) Electron linac C. Densham, RAL, Sep 2006

Alternative Target Hall Layout Mini target hall 2 target stations Surface reprocessing ~25% of full target hall size (~250m 2 ) V. Bharadwaj, 17 th October 2006

Alternative Target Hall Layout V. Bharadwaj, 17 th October 2006 Micro target hall 1 target station Surface reprocessing ~8% of full target-hall size (~100m 2 ) Current baseline.

Target Removal/Replacement Showing Storage Cell M. Woodward, 24 th Jan 2007 Beam Pipe

M. Woodward, 24 th Jan 2007 Target Module and Plug with Support Services Cryocooler (if required) + vacuum pump + water pump Details of vertical drive for target wheel not yet considered.

Estimated Target Changeover Times Remove 1.Switch off and isolate electric power to magnets (overhead cable system) 8 2.Switch off and isolate power to Target Wheel motor 8 3.Stop Target Wheel coolant pump 4.Blow out Target Wheel 5.Remove/disconnect water supply 6.Close actuated vac valves on beam line each side of target station. 1 7.Close actuated vac valve on AMD side of target station 2 8.Close actuated vac valve on NC Accelerating Cavity side of target station. 9.De-pressurise both pillow seal units2 10.Attach lifting rods4 11.Attach lifting beam 12.Lift target station complete with shielding, vac pump running and cryocooler running 2 13.Place into parking enclosure 14.Disconnect from crane1 ~28 Hours Removal M. Woodward, 24 th Jan 2007

Estimated Target Changeover Times ~25 Hours Replacement Replacement 15.Connect lifting rods and beam to new unit with shielding, vac pump and cryocooler running – already under vacuum and cold 2 16.Lower into position – locate2 17.Pressurise and activate both pillow seal units4 18.Open actuated vac valve on NC Accelerating cavity side of target station 2 19.Open actuated vac valve on AMD side of target station 20.Test target station vacuum for leaks1 21.Open actuated vac valves on beam line each side of target station 2 22.Replace/reconnect water supply1 23.Reconnect power to target wheel motor1 24.Test wheel motor. Test water flow through target wheel 2 25.Connect electric power supply to magnets8 TOTAL REMOVAL + REPLACEMENT 53 M. Woodward, 24 th Jan 2007

Outstanding Action Items Include material absorption effects in FLUKA simulations - Andriy (DESY) Get feedback on impact of 53 hour changeover on availability - ?? Evaluate need to include photon collimator in remote-handling module - Lei (Liverpool) Evaluate activation of water in water-cooled systems - Andriy (DESY) / Lei (Liverpool) ?? Evaluate shielding requirements compatible with 53 hour remote-handling schedule - Andriy (DESY)?? Evaluate acheivable vacuum. Assess need to evolve pillow seal design. ?? Does ILC plan to have a central hot cell facility - ?? Integration of target design with vertical remote-handling concept -?? Develop detailed remote-handling scenarios - ?? Assess need for remote-handling for KAS - ?? Assess need for remote-handling in Compon source(s) ??

Current Status No resources to refine remote-handling design… This is / will be a significant problem. –RAL have staff available after Summer ’08, but no funding for ILC. –ORNL / SLAC have no funding for ILC. No ILC-related remote-handling activities in Japan. –However, possible test of BN windows at KEKB envisaged. –Also, possible KAS test facility as part of STF (Superconducting Test Facility) at KEK. M. Kuriki