Access Hall Study for Cryogenics High Energy Accelerator Research Organization KEK- LC Project Office Masanobu Miyahara 2 Nov. 2015.

Slides:



Advertisements
Similar presentations
Nov. 19, 2008 ILC08 Global Design Effort 1 Status Report Alternative Siting and Tunnel Design Tom Lackowski.
Advertisements

CFS near term & Required ADI input CFS near term & Required ADI input 6-12 month activities, required ADI information 10. AUG 2014CFS-ADI Joint Meeting1.
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,
Global Design Effort - CFS Baseline Assessment Workshop 2 - SLAC Reduced Bunch Number 1 BASELINE ASSESSMENT WORKSHOP 2 CONVENTIONAL FACILITIES.
DH in Hybrid-A and ILD 2014/9/5 Yasuhiro Sugimoto 1.
Construction and Installation of the CLIC Experimental Area
Cryogenic cavern in Asian site Conceptual design of the cryogenic system Layout of the cryogenic plant for site A & B New layout of the cryogenic system.
Preliminary Studies of the Electric Power Distribution for CLIC
Global Design Effort - CFS for Asian Single Tunnel Configuration Design Progress Masanobu Miyahara KEK.
ILC A SIAN D RAFT S CHEDULE K Foraz, M Gastal & J Osborne Many thanks to all contributors.
LCC Linear Collider Collaboratio ILC - CFS 12 November 2013 LCWS13 Tokyo University 1 Site-specific CF design from TDR LCWS13, 12 November 2013 Atsushi.
1 Alternative assembly option of ILD Y.Sugimoto 2010/10/18 ILD Integration
Global Design Effort - CFS Baseline Assessment Workshop 2 - SLAC Positron Source Relocation 1 BASELINE ASSESSMENT WORKSHOP 2 CONVENTIONAL FACILITIES.
Conceptual Design Study - Cryogenic Requirements How to decide the layout of ILC cryogenic system Conceptual design of cryogenic system Layout of cryogenic.
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.
STF Plan & Schedule H. Hayano, KEK. Superconducting RF Test Facility Comprehensive Test Facility dedicated to ILC SC-RF R&D (expandable to FEL, ERL) for.
STF plan overview H. Hayano, KEK LCPAC 02/25/2005.
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.
LINEAR COLLIDER COLLABORATION Designing the world’s next great particle accelerator Detector Hall Configuration Overview New baseline (Hybrid A’) proposed.
MEIC Collaboration Meeting Site Development - Rebecca YaskyOctober 6, 2015.
ILC WG2 (Main Linac System) status & report H. Hayano, KEK.
1 Global Design Effort TILC08 - WG1 Summary WG-1: Cost Reduction Studies J. Carwardine, T. Shidara, N. Walker (For WG-1 participants)
27 Nov 07 VM Workshop Global Design Effort 1 ILC – Superconducting Linear Collider Marc Ross, Project Manager GDE Fermilab.
TDR Status of Asian CFS Team Part II: The ILC Baseline Reference Ch.SectionSubsectionsAuthor1 st draft 112: Asian Region Siting Studies Overview Location.
Report from ILC CFS and Cryogenics Workshop
10/2010 IWLC2010 Global Design Effort 1 Brief Overview of Interaction Region Conventional Facilities in RDR Times Presenter Tom Lackowski.
Global Design Effort - CFS ILC10 Beijing, March, Single-Tunnel Accelerator Configuration Of Asian Region Atsushi Enomoto (KEK)
ML Planning for ILC08 First Pass Chris Adolphsen Hitoshi Hayano.
The fourth Baseline Technical Review (BTR) - Conventional Facilities and Siting March 2012 All changes made to the CFS 2007 Reference Design during.
Nick Walker – SA meeting KEK Treaty Points and Costing Guidance Nick Walker 1 st System Area Managers Meeting KEK –
Global Design Effort - CFS TILC08 Working Group 1 - March 5, CFS Cost Reductions Conventional Facilities and Siting Group A. Enomoto, V.
Thomas Jefferson National Accelerator Facility Page 1 SPL Cryogenic and vacuum sectorisations 9-10 November, 2009 Joe Preble Workshop on cryogenic and.
March 22,  Overview of Asian Civil Design  Previous Case Study  Feature of Beam Tunnel  Tunnel Typical Cross Section  Beam Tunnel.
Thomas Jefferson National Accelerator Facility SensL 6-Oct CHL-2 12 GeV CEBAF Upgrade magnets and power supplies Two 1.1GV linacs Enhanced capabilities.
Construction Schedule for Baseline and Hybrid A’ Configuration 1 5 th September, 2014 J-POWER MDI-CFS Meeting - Ichinoseki City, JAPAN.
March 22, –  Design Concept & Hall Layout  Access Tunnel  Top heading Tunnel  Displacement of detector hall by push-pull operation.
1 May 22, Y.Sugimoto Update of detector hall in mountain region.
ML Tunnel Design Change High Energy Accelerator Research Organization KEK- LC Project Office Masanobu Miyahara 5th Nov
S UPER B site status report S. Tomassini INFN-LNF On behalf of SuperB Collaboration SuperB general meeting– Frascati – December 1-5, 2009.
09/21/07Shutdown’07 Week 7 F.G. Garcia1 MTA beam line installation Weekly Report September 21, 2007 Period covered: September 14 th September 21 th (Week.
Introduction to the Accelerator layout February 2016 Nick Gazis Mechanical Integration Lead Engineer.
Siting/Conventional Facilities Jonathan Hunt PIP-II Machine Advisory Committee 9 March 2015.
E- source kick-off meeting e- Source RDR- Conventional Facility & Siting Overview Fred Asiri/SLAC.
1 Update of detector hall in mountain regions Y.Sugimoto in Granada.
ILC CONVENTIONAL FACILITIES A. Enomoto, V. Kuchler, J. Osborne
ILC CONVENTIONAL FACILITIES A. Enomoto, V. Kuchler, J. Osborne
H. Hayano(KEK), B. Petersen(DESY), T. Peterson(FNAL),
ILC Utility Design Study for Kitakami-site
Civil Design for Tunnel Case Studies
Experimental Hall in Mountain Regions
Updated Design of Detector Hall
Introduction and Meeting Objectives
Detector Utility/Service Cavern
ILC Accelerator Update
Yasuhiro Sugimoto 2012/2/1 ILD integration meeting
Summary of WG2 :CFS for staging
Staging in the TDR.
Kitakami-site-specific CFS Study update
Current Site Status at IP Preliminary survey of campus
Detector Service Cavern for ILC
Accelerator and Experiment Interface Session: LS2, LS3
Hybrid Access Optional Study
Summary Some Issues of Future Consideration
Detector hall in mountain regions
Status of Cryogenics Facilities Design
Detector hall in mountain regions
8-10 April 2014 CFS-ADI Joint Meeting
Overview of Day One – 29 Feb 2016
Central Region Working Group
Charge and Agenda of the 18th TAC meeting
Presentation transcript:

Access Hall Study for Cryogenics High Energy Accelerator Research Organization KEK- LC Project Office Masanobu Miyahara 2 Nov. 2015

Cryogenics Sys. He Compressor 6 kV Substation Cryogenics System Mechanical SM 6kV Substation He Compressor Cryomodule Install Station Access Hall Cavern Main Linac Tunnel 180,000 (107,000) Mechanical Sub Machine Access Station Access Hall Main Linac Tunnel Access Tunnel Underground Facilities for Cryogenics System Main Linac Tunnel 56,000 51,000 TDR

Cryogenics Sys. 6 kV Substation Mechanical Sub Machine 13 New Baseline

Surface Baseline He Compressor 29*35 Cryo Hall 27*42

5 Construction Cost > QuntityUnit PriceCost ×6 Access Hall 107 m3,700 kJPY/m Surface Yard Total QuntityUnit PriceCost ×6 Access Hall 13 m3,700 kJPY/m Building 2,100 ㎡ 200 kJPY/ ㎡ Surface Yard 2,850 ㎡ 50 kJPY/ ㎡ Total Construction costs compared with TDR baseline = xxxxxxxxxxxxxx CFS Construction Cost Study Construction Cost

Surface Baseline

Utility Hall Accelerator Assembly & Entrance Hall Access Tunnel Cooling Tower Cryogenics Hall & He Compressor ML Tunnel AH Access Station for Accelerator Access Station Area: approx. 10,000 m2

Back Up

TDR Design Cryogenic plant in Underground Alternative design Cryogenic plant on ground surface W20m x H13m x L180m Designed Ex Area 228 m2 W20m x H13m x L91m Designed Ex Area 228 m2 Schedule (Monthly Progress) month Construction Cost Unit Total xxxxxxx Access Hall Design Configuration 2014 CFS 9

Comparison TDR and Revised design TDR Baseline For portal Total length 180m Total length 91m Beam gallery Service gallery Shield wall Connection Hall Beam gallery Service gallery Shield wall Connection Hall New Baseline

Access Hall Cavern (Cost Breakdown) ExcavationUnit Price(yen/m3) Quntity(m3) Cost(yen)Total Cost(yen/m3) Arch 7,20029,124 Bench4,30012,060 41,184 RBRB Unit Price (yen/P)Quantity(P)Cost(yen/1.5m) Arch7, ,800 Bench5,200841,600 SCSC Unit Price(yen/m2)Quantity(m2/m)Cost (yen/m) Arch7, ,845 Bench6, ,938 Access Hall (Main Hall) 合計 Direct UnitP/m180 Total UnitP/m