Instruments Shielding Project Installation

Slides:



Advertisements
Similar presentations
SiD Surface assembly Marco Oriunno (SLAC) MDI-CFS Meeting Sep. 4-6, 2014, Ichinoseki (Japan)
Advertisements

MICE: Hall Infrastructure Chris Nelson CEng CM15 8 th June 2006.
NSS Requirements Review: Utilities Michelle Everett Lab Coordinator Scientific Activities Division November 12, 2014.
Instrument Space Requirements Rob Connatser Chief Instrument Project Engineer November 2014.
1 BROOKHAVEN SCIENCE ASSOCIATES NSLS-II Accelerator Installation Plan Gregory Fries Project Engineer, Accelerator Systems Division CFAC Review of NSLS-II.
Operational and Technical Requirements Rob Connatser Chief Instrument Project Engineer November 2014.
2.5.5 Student Book © 2004 Propane Education & Research CouncilPage Coordinating Loading and Unloading of ASME Tanks Using Contractor- Operated.
EHN1 Extension – Overhead Cranes Renovation R. Rinaldesi – EN/HE 27/11/2014.
Schedule and Work We are moving into a very intensive 4 months with a lot of work to be carried out Electrical services to the devices – after the South.
April 23rd-24th 2013Handling Engineering Group. Introduction to CERN April 23rd-24th 2013Handling Engineering Group2  CERN: European Organization for.
1Page # Machine Assembly WBS 700 By: James H. Chrzanowski January 24, 2001.
Transport and Handling (T&H) considerations for HL-LHC
K.Gadow CALICE technical review 1 Move to FNL ECAL/HCAL-Movable Table Setup test beam integration to Fermilab MT6-B3/B4.
Progress on Remote Handling Systems TAC 12 Magnus Göhran – WPM 15 th October 2015.
Monolith design update – Emphasis on Neutron beam extraction design
19 February Extension of Building Neutrino Platform General Meetings N.Lopez – M.Manfredi EHN1 civil engineering project status Summary: Updating.
Logo area Handling Engineering Requirements EN-HE Group Bruno Feral – EN/HE EDMS HL-LHC CE Consultant Kick-Off Meeting – 31/05/2016.
1 Implementation at RAL Iouri Ivaniouchenkov on behalf of Elwyn Baynham, Tom Bradshaw, Tony Jones, Jim Rochford Engineering Department, RAL MICE Collaboration.
Site Organization and services for machine installation/commissioning Peter Rådahl June 2016.
The ESS Target Station Eric Pitcher Head of Target Division February 19, 2016.
An idea of ILD general assembly plan 2015/10/8 Yasuhiro Integration Meeting 1.
Crane, Conveyor, and Rigging Part I - Crane OSHE 112, Spring 2016
Temporary Works – P8 Project Practice.
Updated Design of Detector Hall
Integration & Commissioning
CE Status: Activities executed until 03/08 and ongoing
EHN1 Neutrino Installation Plans
IT-4328: Technical Specification
Site Based Preconstruction – Enabling Work
Fall of Steel Plate Displaced from Hook during Carriage
Value of contract: Length of contract: Contract start date:
SHE Code 2: Safe Movement of Vehicles on STFC Sites
Welcome & Charge for the Meeting
Mikael Jakobsson ESS Installation Manager
Sample environment for Spectroscopy (TEFI, PREMP)
Installation Binder / IRR – an example
Operations, Risks & Hazards
1-2 Grounding Principles and CF Infrastructure in Instruments Halls
Poswillow Suite, Children's Dental Unit
The Bunker Project Overview Zvonko Lazic
Installation Site Organization Target Division
Roof design Bunker Project CDR
The Common Shielding Project
Roof PSS Bunker Project CDR
Basics for Bunker Installation Schedule Bunker CDR 2.0
Bunker Internal Review Welcome & Charge
Receiving Inspection on incoming goods
MET Session workshop Job description Integration Engineer
Senad Kudumovic Design engineer
Imaging & Engineering STAP Meeting 12th-13th of April 2018
Neutron guide Shielding Concept
Bunker -Target interfaces
Instruments – Bunker Wall interfaces
Welcome Update on ESS Construction Project
Technical Updates Gábor László NSS Lead Instrument Engineer
NSS integrated installation plan workshop Introduction
Bunker Project Operation aspects
Bunker Project Schedule/Budget
Spectroscopy STAP Meeting ESS, 8th of April 2019
INSTALLATION & COMMISSIONING TAC 14
Imaging & Engineering Diffraction STAP Meeting ESS, 21th of March 2019
Update on ESS Construction Project Charge to the SANS STAP
Bunker Project Integration/Interfaces
Test Beamline System Requirements and Charge to PDR Committee
Introduction, Overview, Charge, Project Plan, Requirements
Shielding requirements for the baseline bunker shielding (current CATIA version ) Günter Muhrer
Bunker Critical Design Review Welcome & Charge
MRV system budget and scheduling Short overview installation
Unloading and handling of MEBT
Presentation transcript:

Instruments Shielding Project Installation Antonio Bianchi NSS Installation Coordinator NSS Project Division www.europeanspallationsource.se 24th January 2019

General view Neutron Shielding installation starts: June 2020 (E02.1) Skanska handover - end of June 2020 (green area) E02.2 access Q2 2021 D03 access Q1 2021 D01 access Q2 2021

External storage area (E buildings) NSS storage area from Q4 2019 1000 m2 (on-going discussion with Skanska) (The area might be useful for temporary storage of shielding blocks)

Site route (E02 access) Site road under construction and suitable vehicles Unloading zone Final road - 8% steep up to the E02 gate E02 gate 3.6 x 3.8 m E02

Logistic and storage area into E01 and E02.1 Reference time September 2019 – April 2021 Guide Shielding length 44.000 mm Any of the represented areas will require a physical delimitation Entrance for shielding blocks (during construction) E02 gate Storage areas will be allocated to minimize dependencies between different installation teams Note: beamline piles can reduce the available area

E01- E02 logistic details E01 Heimdal side E01 NMX side 5 m Pedestrian way Ladder 6 m 2.7 m Office BIFROST 44 m E02.1 E01 - Heimdal side Temp separ. wall Building pillars Magic C SPEC E02.2 E02.1/E02.2 Free corridor 5 m

Logistic alternatives to manage heavy components A) Ramp slope reduction by ramp’s extension A Temporary steel structure to reduce the ramp-slope up to 16.5 % (3 m extension), to be suitable with electric forklift B B) E02 slab extension Temporary steel platform in order to extend the E02 slab under the E01 crane hook-print

Transport and lift neutron shielding in the hall (E01/E02) Mitsubishi FD 80N Load capacity 8 tonne Overall width 2.390 mm Gradeability 31% Power source Diesel Linde E80 Load capacity 8 tonne Overall width 2.180 mm Gradeability 16% Power source Battery Steel gantry crane (E02 building) Load capacity 10 tonne Overall width 6.300 mm Overall high 6.500 mm

ESS Installation Support functions ESS RESPONSIBLE CONTACT PERSON MANDATORY/OPTIONAL FREE/COST PROVIDER NAME NSS PROJECT ORGANIZATION (NSS INSTALLATION COORDINATOR) Construction site Ladders/Temporary steel structure Laydown Areas Crane drivers Logistics/Transport Heavy lifting Concrete drilling Survey/Alignment General support (washing/cleaning) PPE and general consumables Safety fencing Workers cabin Waste management

Shielding installation-sequence in E02.1 (and ESS/In Kind resources) E02 - Step 1 E02- Step 2 Forklift Concrete shielding block (roof) 3,00 x 1,00 x 0,30 m (2.5 tons) 1(ESS) 2 (In-Kind) 3 (In-Kind) 4 (ESS) Shielding wall Gantry crane Ramps between E01 and E02 Installation in the beamline gallery requires specific caution, due to there are not permanent cranes available 22 %

E02.2 building crane (5 tonne capacity) D03/E02 separation wall Crane hook-print 5 tonne Delivered from CF in the E02.2 hall (May 2021) View n. 1 D03 E02.2 D03/E02 separation wall 3D View n. 1 Crane hook-print

Installation – resource estimation (labour) Installation of neutron shielding resource estimation (labour)   C Spec, Bifrost, Magic, Heimdal Dream, Vespa Odin N. Work Hours Total W.H. Description h a Skilled Technical personnel (Mech. Tech.) 2 360 720 320 640 240 480 b Crane Operator, incl. tempor. cranes 1 c Rigger d Surveyor 64 128 48 96 32 e Handling/Forklift Operator f Support Technical staff 1992 1744 1296 FTE (per instrument) 1.11 0.97 0.72 Total amount (labour) 4.43 1.94 Assumptions Beamline shielding 15m /week (9 weeks in total) - C Spec, Bifrost, Magic, Heimdal Beamline shielding 15m /week (4 weeks in total) - Dream, Vespa 3 Beamline shielding 15m /week (2 weeks in total) - Odin 4 Surveying - 2 technicians plus tracker marking limit of shielding and cave footprint - marking before drilling - 64 hours in total west sector 5 Experimental cave not included 6 Management/supervisor

Questions