1. Long-Baseline Neutrino Facility LBNF Far Site Conventional Facilities (FSCF) Scope and Interface Overview Tracy Lundin as borrowed from Headley & Willhite LBNF/DUNE Far Site CD-3A Risk Management Workshop Planning Meeting August 26, 2015

2. LBNF Outline 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces2 FSCF Scope Other FSCF Scope – Early Work Interfaces with CF Organization and Staffing Schedule Summary Planning for LBNF Construction

3. LBNF FSCF Scope Introduction 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces3 Overall CF scope: Design, procurement, construction, and installation of conventional facility improvements. Interfaces with cryogenic systems, and cryostats to support the DUNE Far Detector at the Far Site. Major scope elements for the Far Site Overall: CF Scope Interfaces with CF Scope ElementFunding Source Excavation of 4850L detector and utility caverns and drifts DOE Surface buildings, utility infrastructure, and cavern outfitting DOE LN2 cryogenic systemsDOE Four 10kt fiducial cryostatsNon-DOE LAr cryogenic systemsNon-DOE LAr and LN2 cryogenic fluids procurementDOE and Non-DOE

4. LBNF 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces4 FSCF Scope – Site Overall Sanford Underground Research Facility Ross Complex Yates Complex Property Summary 186 acres (surface) 7700 acres (underground)

5. LBNF 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces5 ControlRoom 12kV PowerFeed 12kV Power Feed CryogenicCompressorBuildingand Cryogenic Systems (LAr and LN2) RossHoistBldg Ross Headframe and Crusher Bldg Waste Rock Handling System from 4850L to Kirk Road Ross Dry RossSubstation

6. LBNF Completion of Ross Shaft rehabilitation, skips, loading pocket Utilities in the Ross Shaft  Electrical power  Fiber optics for experiment data & control and fire alarm  Pipes in Ross Shaft for nitrogen and argon transport  Fire water pipe from 4100L sump to 4850L  Concrete slick line for construction FSCF Scope – Ross Shaft 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces6

7. LBNF LZ (future) LUX-ZEPLIN Second generation dark matter 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces7 FSCF Scope – 4850L Facilities Four 10kt detector pits, central utility cavern, and connecting drifts

8. LBNF FSCF Scope – 4850L Excavations Excavated material ~800,000 tons 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces8

9. LBNF Phasing of Excavation – Logistics and Ventilation Challenges 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces9 Phasing focuses on separating “clean” cryo/experiment work and “dirty” CF work.

10. LBNF Other FSCF Scope – Early Work at the Surface SURF has identified several surface projects that pose risks to the facility and should be addressed prior to LBNF construction; Examples include: Near-surface adit repairs (Tramway, 300L) Crusher building roofs at both shafts Hoist upgrades (motor rebuilds) Headframe reinforcement at both shafts Administrative Building Parking lot/roadway Oro Hondo fan replacement 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces10

11. LBNF Other FSCF Scope - Early Work Surface & Underground 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces11 Waste Rock Handling System

12. LBNF Interfaces with CF – Cryostat / Cryogenic Systems Layout 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces12 Cryostat 1 Cryostat 4 Cryostat 3 Cryostat 2 Central utility cavern Each Cryostat holds 17.1kt LAr Central Utility Cavern holds Cold boxes, LN2 dewars, booster compressors, LAr/GAr filters Note: 2nd Cryostat must be complete before operations begin in Cryostat 1

13. LBNF 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces13 External (Internal) Dimensions 19.1m (16.9m) W x 18.0m (15.8m) H x 66.0m (63.8m) L Interfaces with CF – Free-Standing Steel Cryostat People for Scale

14. LBNF Interfaces with CF – Membrane Cryostat 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces14

15. LBNF Far Site Facilities Organization & Staffing 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces15 L3 PM (B Norris) CF Scope Interfaces with CF

16. LBNF LBNF at the Far Site - Schedule Summary Overview 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces16 Approval to Operate Cryostat #2 FY27 FY26FY25FY24FY23FY22FY21FY20FY19FY18FY17 FY16 Excavation and UGI Cavern #1 FY15 Cryostat #1 Construction Surface Facilities Excavation and UGI Cavern #2 Cryostat #2 Construction Excavation and UGI Cavern #3 Cryostat #3 Construction SURF Operations Projects Waste Rock Handling Cryogenics Preliminary & Final Design Approval to Operate Cryostat #1 Conventional Facilities Complete Excavation and UGI Cavern #4 Utilities in the Shaft Cryostat #4 Construction Dec-19 CD-2/3c Project Baseline/ Construction Approval Oct-15 CD-1 Refresh Approval Nov-21 CD-4a (early completion) Jan-16 CD-3a Approval Cryogenics Construction Complete Feb-27 CD-4b (early completion) Cryogenics Activity (DOE) Conventional Facilities Activity Cryogenics Equipment Cryogenics Fluid FY28 Cryogenics Activity (Non-DOE) Conventional Facilities Preliminary & Final Design Cryogenics Activity (DOE & Non-DOE)

17. LBNF Planning for LBNF Construction – CM/GC 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces17 Developing RFP for Construction Manager/General Contractor (CM/GC) scope of work. CM/GC will help LBNF plan for and execute conventional facilities construction Will be available for cryostat, cryogenic systems, and DUNE detector installation, coordination and management Expect to have CM/GC under contract to Fermilab before the end of calendar 2015

18. LBNF Planning for LBNF Construction – Logistics 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces18 LBNF and DUNE are working on understanding the logistics issues associated with sharing limited space at the Far Site. Space is limited on the surface, in the shaft (the conveyances) and at the 4850L. Fermilab has engaged Arup to carry out a Construction Logistics Study for proposed work at three functional areas at SURF: - Construction of LBNF conventional facilities - Installation of LBNF cryostat and cryogenic systems - Installation of LBNF neutrino detectors A draft study was delivered August 3, 2015. All stakeholders participated in a logistics workshop held August 11-13, 2015. Final report due in early September.

19. LBNF Planning for LBNF Construction – Issues 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces19 Must get the CM/GC on board early enough to participate during final design. FSCF funding is too low for FY16-FY19. This will slow the rate of design and construction progress. Delivery of cryostat exoskeleton to 4850L is challenging – options under consideration. Experiencing some scope creep since CD-1R: ventilation borehole, rehabilitation of Ross Dry space, substation transformer upgrade to 30MW.

20. LBNF 08.26.15Lundin | LBNF Far Site Conventional Facilities and Interfaces20 Questions?