Refrigeration of Superconducting Solenoids T W Bradshaw Rutherford Appleton Laboratory Harwell Science and Innovation Campus Didcot, OX11 0QX, UK

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Presentation transcript:

Refrigeration of Superconducting Solenoids T W Bradshaw Rutherford Appleton Laboratory Harwell Science and Innovation Campus Didcot, OX11 0QX, UK MICE CM27

Introduction Short discussion on what would be required to cool the existing spectrometer solenoids with an external cryogenic plant Magnet requirements: –65K refrigeration for HTS leads –4 K refrigeration for the cold mass

Elements The need to provide refrigeration at 4K and 65K implies that a helium liquefier won’t do unless: a)Enough boil-off to have vapour cooling of the leads and shields b)Leave single stage cryocoolers in place Refrigerator Buffer Spec solenoid 1 (upstream) Spec solenoid 1 (Downstream) Fixed Movable

Requirements Gedanken experiment on refrigerating spectrometer solenoids.... TempLoad 2 nd stage4K7.5W 1 st stage65K277 W * From M Green note 292 Heat load from HTS leads high 1 st stage heat load high 2 nd Stage heat load high For each solenoid * TempMagnetsTransfer Line Total 4K1512 (??)27W 65K524?524+ To put a scale on this, the 27W is similar to the Decay Solenoid 23 (not including vapour cooled leads.... Transfer lines at 4K are around 1W/m (although I would take any arguments on this figure..) lengths are guesses

Magnet modifications Need to accommodate a bath in the turret with level sensor Heater etc.. (suspect that this could be accommodated in the existing turret – although turret would have to be re-designed) Current lead cooling would have to be addressed

MICE – old Slide Coil Heat load at 4KCoolersCost k£ Coupler A Coupler B Focus magnets A Focus magnet B Focus magnets C Detector Magnet A Detector Magnet B Detectors 4100 Totals Refrigerator 324 Grand total 824 ItemCost k£ TCF50782 Compressor Building300 Control dewar10 Valve box20 Transfer lines20 Installation80 Grand total1212 Refrigeration system - key points a) Staging of MICE will mean that we will have large cryogenic plant standing idle for long periods. b) Cost - there will be a large cost associated with the purchase of the cryogenic system. c) Testing - If cryocoolers are used then each of the MICE "modules" can be tested independently and verified before shipping to RAL for integration. d) Design - The cryocoolers can provide intermediate stages of cooling at low temperatures e.g. a three stage cooler could provide 3.8K, 14K and 90K. Can use high Tc current leads to minimise heat loads. These low intermediate temperatures reduce 4K heat load in many designs Refrigeration system - key points a) Staging of MICE will mean that we will have large cryogenic plant standing idle for long periods. b) Cost - there will be a large cost associated with the purchase of the cryogenic system. c) Testing - If cryocoolers are used then each of the MICE "modules" can be tested independently and verified before shipping to RAL for integration. d) Design - The cryocoolers can provide intermediate stages of cooling at low temperatures e.g. a three stage cooler could provide 3.8K, 14K and 90K. Can use high Tc current leads to minimise heat loads. These low intermediate temperatures reduce 4K heat load in many designs Cryocooler Option Refrigerator Option

Summary Jumping ship and changing to the use of a liquefier will open up new cans of worms Cost likely to be of the order £700k + significant hall re- engineering e.g. Transfer line installation, space for liquefier, power in the hall etc... Best to sort out what you’ve got rather than invent new problems.....

END