SBN Far Detector integration model overview

Slides:



Advertisements
Similar presentations
Confidential and proprietary materials for authorized Verizon personnel and outside agencies only. Use, disclosure or distribution of this material is.
Advertisements

Design of the T962 Cryostat L. Bartoszek BARTOSZEK ENGINEERING 5/10/07.
LArTF and MicroBooNE Installation
NSS Requirements Review: Utilities Michelle Everett Lab Coordinator Scientific Activities Division November 12, 2014.
Innovative system for Haemodialysis Equipment Disinfection
MICE: Hall Infrastructure Chris Nelson CEng CM16 8 th Oct 2006.
LarTPC Electronics Meeting Current Work at MSU Fermilab Dan Edmunds 23-February-2010.
Introduction Conduits, general Contact to SGB Conduit Plan Grounding Place to mount Pedestal Measurem. A/1 Issue 1.3 SGB LEAK PREVENTION SYSTEM SGB GmbH.
Fcal upgrade for sLHC: Cryogenics modifications – TE-CRG/ C.Fabre 1 ATLAS FCal Upgrade for sLHC: Modifications to the Calorimeter Cryogenic.
Patrick Thornton, SNS/FPE June 9, 2008
HVACR116 – Trade Skills Mechanical Drawings.
Engineering Technology Division
Space Power Facility (SPF) CEV Environmental Qualification Testing DISCLAIMER: This Initial Government Concept does not represent a preferred Government.
1 CO 2 cooling of an endplate with Timepix readout Bart Verlaat, Nikhef LCTPC collaboration meeting DESY, 22 September
1 BROOKHAVEN SCIENCE ASSOCIATES NSLS – II EFAC Review Conventional Facilities Briefing Marty Fallier Director for Conventional Facilities National Synchrotron.
Thomas Jefferson National Accelerator Facility Page 1 UITF Progress meeting Approved Labyrinth Fresh air pulled through “chicken wire” gate.
NOvA APD Cooling Water Update William Gilbert University of Minnesota.
Helium Spill Test in LHC tunnel to define length of restricted working areas  Actual situation  Evolution  How to continue  Set-up of the spilling.
Utilities 14 October 2008 Martin Nordby, Gordon Bowden.
July LEReC Review July 2014 Low Energy RHIC electron Cooling Al Pendzick LEReC Civil Construction.
Magnetic Mitigation - Contents l Magnetic Mitigation General l West Wall Compressors l Rack Room 2 l Magnetic Shielding Yoke Jason Tarrant – Integration.
LHC Insertions Upgrade Working Group (LIUWG) Space available in tunnel Y. Muttoni.
WA104 Cryogenics Design Status David Montanari / Johan Bremer May 21, 2015 Rev. 1.
ALICE Collaboration Meeting Heidelberg Services Update  Progress on services Detector cabling Gas systems Cooling systems  Rack footprint  Primary electrical.
SC Project Review of NCSX, April 8-10, 2008 NCSX Cryogenics Systems WBS-62 Steve Raftopoulos NCSX Cryogenic Systems WBS(62)
MINU GPP WBS 1. Main Injector Neutrino Upgrades - Infrastructure Project Dixon Bogert APD Department Report – March 7, 2007 Russ Alber - FESS Engineering.
Understanding Building Systems. Physical Layout Building Plans Architectural Plans Structural Plans Mechanical Plans Plumbing Plans Electrical Plans HVAC.
9/17/07IRENG071 Cryogenic System for the ILC IR Magnets QD0 and QF1 K. C. Wu - BNL.
The integration of 420 m detectors into the LHC
Installation of the T600 at Fermilab CSN2, September 22,
Long-Baseline Neutrino Facility LBNF Cryostats Systems Requirements on FSCF Marzio Nessi LBNF/DUNE DOE/SC CD-3a Director’s Review October 27-29, 2015.
EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH Design of the thermosiphon Test Facilities Thermosiphon Cooling Review A. MORAUX PH Dpt / DT Group CERN SEPTEMBER.
CMTF GROUNDING FOR PIP-II K. Carlson PXIE Electrical Coordination Meeting December 19 th, 2013.
Fernanda G. Garcia, Steve Dixon, Andy Stefanik, Justin Tillman, John Voirin SBN Far Detector Installation & Integration.
HEAT-GENERATING EQUIPMENT INTRODUCTION SELECTION EFFICIENCY FURNACES BOILERS CENTRAL HVAC SYSTEMS.
8/29/07K. C. Wu - Brookhaven National Lab1 Major Components in ILC IR Hall Interchangeable Detectors.
SBN Near Detector Building Conventional Facilities Update Steve Dixon LAr1-ND Collaboration Meeting 16 September 2014.
Fernanda G. Garcia, Steve Dixon, Andy Stefanik, Justin Tillman, John Voirin SBN Far Detector Installation & Integration.
AT-ECR/C.FabreMay 31, 2007 Cryogenics for Liquid Argon Calorimeters Caroline Fabre on behalf of the ATLAS Liquid Argon Cryogenics Collaboration.
PXIE Layout and Infrastructure Building, Cryogenics, Utilities… Rich Stanek On behalf of the CMTF Team PXIE Collaboration Meeting November 28, 2012.
HTS-2 – FY17 Budget Request Joe Ozelis, Sr. Eng. Physicist PIP-II Budget Retreat 26 April, 2016.
This talk is not a summary of costs for conventional facilities This talk is Review of conventional facilities used by CDF Discussion of status of systems.
Installation of the T600 at Fermilab Fermilab, February 15,
/ 11 Updates of PANDA 3D Model CM June 2016 at GSI, MEC Session J. Lühning, GSI Updates for: Panda Hall Target Spectrometer Latest version.
PHENIX WEEKLY PLANNING 2/16/06 Don Lynch. Prep for Run 6 Completed.
WBS Experiment Infrastructure: LArTF GPP Project Status Dixon Bogert Prepared for the MicroBooNE Collaboration Meeting 11/02/12.
WBS 1-7 System Assembly & Installation John Voirin August 10-11, 2011.
T600 Detector FNAL Fernanda G. Garcia Fermi National Accelerator Laboratory.
Warm Vessel Leveling Islands (Piers)
Neutrino Platform Proximity Cryogenics 68th EHN1 Cryogenics Integration TE-CRG
Installation of the T600 at Fermilab
EHN1 Cryogenics Integration
Overview of the Long-Baseline Neutrino Facility Cryogenic System
CBETA Technical Review
Schedule CM SPS G.Vandoni.
SBN Far Detector Installation & Integration
Various Views From CAD Layout Emphasis on the relative locations of
HFM Test Station Main Cryostat
Proximity Cryogenics P&IDs meeting
Cryoplant Installation Scope
BUILDING HEATING AND COOLING
Dana M. Arenius Jefferson Laboratory Cryogenics Dept Head
David Montanari / Johan Bremer Jun 11, 2015 Rev. 1
Warm Vessel South Wall Installation, Sub-assembly Option
Test box for ProtoDUNE SP – Integration Test
Arch205 building construction Introduction
Mastering Autodesk Revit MEP 2016 CHAPTER 19: Creating Equipment
Arch205 Materials and building construction I
Far Experimental Hall - Hutches
Polarized 3He target installation
Presentation transcript:

SBN Far Detector integration model overview Justin Tillman September 28th, 2016

THE SBN-FD EXPERIMENT BUILDING CONSISTS OF 4 MAIN AREAS THE SBN-FD EXPERIMENT BUILDING HAS AN OVERALL FOOTPRINT OF 21.3M X 38.1M THE SBN-FD EXPERIMENT BUILDING CONSISTS OF 4 MAIN AREAS BUILDING EXTERIOR DEWARS EXTERIOR CRYOGENICS INLINE FILL FILTERS REGENERATION COMPONENTS GRADE LEVEL: 226.2 METERS ABOVE SEA LEVEL (742’) LOADING DOCK OVERBURDEN SHIELDING COMPRESSED AIR SKID MEZZANINE LEVEL: 221.6 METERS ABOVE SEA LEVEL (727’) RACKS, CABINETS, MISC. ELECTRONICS ENCLOSURE LEVEL: 217.3 METERS ABOVE SEA LEVEL (713’) DETECTOR MISC. ELECTRONICS JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD BUILDING EXTERIOR NORTH UPSTREAM DOWNSTREAM REMOVABLE WALL FOR COLD VESSEL INSTALL EXISTING NOVA BUILDING ACCESS ROAD JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD BUILDING SECTION OVERBURDEN SHIELDING EXTERIOR CRYOGENICS ALLOCATED SPACE FOR PROXIMITY CRYOGENICS DETECTOR WITH CRT’S JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD BUILDING LARGE EQUIPMENT ACCESS JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD BUILDING SECTION UTILITY SHAFT/TUNNEL HVAC SUPPLY O.D.H. EXHAUST DUCT ELECTRICAL CONDUITS CRYOGENIC PROCESS PIPING GAS VENTING SBN-FD BUILDING SECTION NORTH HVAC SUPPLY DUCT O.D.H. EXHAUST MAKE UP AIR LOUVER GRADE LEVEL O.D.H.=0 9.4 M 3.3 M MEZZANINE LEVEL O.D.H.=1 4.3 M .61 M ENCLOSURE LEVEL O.D.H.=1 JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD BUILDING DIMENSIONS (GRADE LEVEL) NORTH 36.3 M 2.2 M 18.1 M 16.6 M 2.2 M 5.2 M JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD BUILDING DIMENSIONS 2) 30 TON CRANES NORTH 4.7 M 28.6 M 3.2 M 10.7 M JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD BUILDING DIMENSIONS (MEZZANINE LEVEL) NORTH 30.1 M 3.1 M 17.7 M 1.5 M 1.2 M 3.1 M 6X 6.7 M 2X 8.2 M JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD BUILDING DIMENSIONS NORTH SBN-FD BUILDING DIMENSIONS (ENCLOSURE LEVEL) 30.1 M 1.8 M 4.9 M 14.1 M 8.1 M 1.8 M 6X 6.7 M 2X 8.2 M JUSTIN TILLMAN WA104 MEETING 9/28/2016

SBN-FD OPEN SPACE (ENCLOSURE LEVEL) NORTH 4.2 M 1.8 M 1.1 M 1.8 M JUSTIN TILLMAN WA104 MEETING 9/28/2016

AIR COMPRESSOR/DRYER SKID GRADE LEVEL EQUIPMENT AIR COMPRESSOR/DRYER SKID LN2 DEWAR LAr DEWAR HVAC UNIT NORTH LOADING DOCK OVERBURDEN SHIELDING 4.4 M THICK JUSTIN TILLMAN WA104 MEETING 9/28/2016

MEZZANINE LEVEL TELECOM EQUIPMENT MISCELLANEOUS ELECTRICAL PANELS & TRANSFORMERS CONTROLS/PLC’s CABINETS & WORKSTATION NORTH RED AREAS INDICATE ZONES THAT HAVE EITHER BEEN PREVIOUSLY CLAIMED OR NEED TO STAY CLEAR OF ANY EQUIPMENT. NORTH JUSTIN TILLMAN WA104 MEETING 9/28/2016

MISCELLANEOUS ELECTRICAL PANELS & TRANSFORMERS ENCLOSURE LEVEL MISCELLANEOUS ELECTRICAL PANELS & TRANSFORMERS O.D.H. EXHAUST DUCT 3X WELDING RECEPTACLE NORTH JUSTIN TILLMAN WA104 MEETING 9/28/2016

INTERIOR PIPE ROUTES GAr VENT: 12” SCH10 PIPE (DN300) GN2 VENT 4” SCH10 INSULATED PIPE (DN100) LAr & LN2 SUPPLY O.D.H. EXHAUST DUCT  1.07 M HVAC SUPPLY DUCT JUSTIN TILLMAN WA104 MEETING 9/28/2016

LOCATION OF EXTERIOR EQUIPMENT & PIPE ROUTING LN2 DEWAR LAr DEWAR NORTH LAr SUPPLY PIPING LN2 SUPPLY PIPING GAr SUPPLY PIPING (MAKE UP GAS) REGENERATION PIPING LN2 P.B.L. VAPORIZER LAr P.B.L. VAPORIZER LAr PRESSURE BUILDING LOOP LN2 FILL LAr FILL REGENERATION TUBE TRAILER INLINE FILL FILTER SKID (REPRESENTATION) JUSTIN TILLMAN WA104 MEETING 9/28/2016

(REMOVABLE WALL PANEL NOT SHOWN FOR CLARITY) TYPICAL PIPE SUPPORT (REMOVABLE WALL PANEL NOT SHOWN FOR CLARITY) TYPICALLY CONSTRUCTED FROM STRUT CHANNEL TO ALLOW QUICK & EASY MODIFICATIONS IN THE FIELD. HOWEVER, SOME SUPPORTS WILL END UP BEING WELDMENTS. STEEL BAR GRATING JUSTIN TILLMAN WA104 MEETING 9/28/2016

IN CONCLUSION, I WOULD LIKE TO STATE THAT I AM THE CUSTODIAN OF THE MASTER INTEGRATION 3D MODEL. I WOULD LIKE TO REQUEST THAT COLLABORATORS CONTACT ME IN ORDER TO RESERVE SPACE FOR ALL NECESSARY COMPONENTS SUCH AS: SUB-SYSTEMS CRYO COMPONENTS RACKS CABINETS CABLE TRAY ROUTES IF THERE ARE 3D SOLID MODELS OF REQUIRED COMPONENTS, PLEASE SEND ME A STEP FILE OR PARASOLID SO THAT I CAN IMPORT IT INTO MY MODEL AND VERIFY THAT THERE ARE NO INTERFERENCES. THE AVAILABLE OPEN SPACE WITHIN THE FAR DETECTOR BUILDING IS BEING DISTRIBUTED ON A FIRST COME, FIRST SERVE BASIS. JUSTIN TILLMAN jtillman@fnal.gov 630-840-4576 JUSTIN TILLMAN WA104 MEETING 9/28/2016