INTEGRATION GROUP SUMMARY Absorber and Focus Coil Working Group Meeting

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INTEGRATION GROUP SUMMARYAbsorber and Focus Coil
Working Group Meeting

• Experimental equipment
• Edgar L. Black
• April 24, 2016

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CONFIGURATION

• Accomplished Layouts based on
• - Parameters generated from approved? physics
  functional and physical requirements
• - Equipment components were design developed
  based on above parameters
• In progress
• - Hard study of details that meet the
  functional and physical interfaces
• Required
• - More interaction on defining physical
  interface parameters with the facility and
  services
• - More definition on the experiment requirements
  (a list of possible immediate and future
  experiments)
• - Decision on the center for configuration
  control

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SPECIFICS Hydrogen absorber module

• Conceptualized the modular construction to
  facilitate the experiments operations
• In progress- Investigating feasibility of
  constructing the modules with a combined
  flexibility and safety characteristics
• Required- Acceptance and implementation of
  modular operability.
• - Facility requirements for
• Mobility, Connections flexibility, Safety
• - RF/Hydrogen modules physical and functional
  interfaces definition
• Next Detail vacuum double wall vessels design
  and interfaces

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INNER MODULE INTEGRATION

• Accomplished design that meets RALs safety
  containment requirements.
• In progress detail feasibility studies of
  components fabrication and assembly. Studies on
  the as designed components functional
• Structural integrity capabilities, Fluids
  dynamics and Heat transfer characteristics
• Required coupling coils design and structural
  support interface specifications.
• RAL Safety recommendation of standards for
  interfaces of
• Fasteners, cryogenic gas and liquid fluid
  connections, electrical, instrumentation etc.

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INNER MODULE INTEGRATION (CONTINUED)

• Required
• Discussions on removable windows or removable
  absorbers assemblies
• Bolted or non bolted absorber windows
• Vertical or side cryo connections
• Next verify coupling coil structural support
  and interface from magneto dynamics and physical
  specifications .
• - design the coils cold mass support
• - fabricate, measure and test the absorber
  windows new design

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COST AND TIME SCHEDULE

• Accomplished- preliminary cost and schedule
  studies supported by US vendors estimates on
  earlier absorber designs (costs of magnet coils
  from M. Green).
• In progress similar effort on current design
  plus in house estimates from on going activities
• Required a study of the components fabrication,
  partial shipping, sub assembling, stage testing,
  final assembling, retesting, packing, final
  shipping and installation
• -Need decision on ho, where and when, will the
  various components be fabricated, tested and
  assembled prior to their final installation.

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Final note

• The preliminary costs and schedules, for the
  liquid hydrogen absorber only, were based on the
  following
• - KEK fabricate the absorber heat exchanger
  associated piping connections and absorber vacuum
  chamber.
• - NIU/IIT fabricate outer containment vessel,
  supports, windows for vacuum and absorber,
• - LBNL/Oxford provide the coupling coils with
  coils support structures.