Close Cycle Dilution for Space Ph. Camus, G. Vermeulen, G. Chaudhry, A. Benoit, F. Martin B-POL Workshop, IAP Paris, 29th July 2010.

Slides:

Advertisements

Similar presentations

Status of Cryogenics at point 4 following the power cut L. Tavian 20 August 2011.

Advertisements

Cryogenic system in P4: Possible options S. Claudet & U. Wagner LHC Workshop, “Chamonix XlV” January 2005 (Mostly for RF & beam scrubbing)

1 Ann Van Lysebetten CO 2 cooling experience in the LHCb Vertex Locator Vertex 2007 Lake Placid 24/09/2007.

The Use of Small Coolers for Hydrogen and Helium Liquefaction

Active Coolers for cooling Infrared Detector on satellite payloads

ESS Cryogenic System Design

Cryogenics for B-Pol S. Masi, reporting from F.X. Desert L. Piccirillo …. Use SAMPAN as a baseline, and look for improvements/variations.

Integration and Test 14 October 2008 Martin Nordby.

Brad Moore M.S. Student Room: Hometown: Rochester, MN Thesis: Development of a Passive Check Valve for Cryogenic Applications.

Pacific School Of Engineering. Guided By:- Asst.Prof.Vatsal patel Submitted by:-  Kotadiya Reshma :  Ladva Piyush : 

Results Conclusion Methods Application of plate-fin heat exchangers with different UAs for mitigating the effects of pulsed heat load Objectives Background.

CASIPP Design of Cryogenic Distribution System for CFETR CS model coil Division of Cryogenic Engineering and Technical Institute of Plasma Physics Chinese.

An Autonomous Dilution Microcryostat- Insert for Nano Physics V. S. Edelman, Institute for Physical Problems RAS, Moscow, Russia The cryostat with base.

Fcal upgrade for sLHC: Cryogenics modifications – TE-CRG/ C.Fabre 1 ATLAS FCal Upgrade for sLHC: Modifications to the Calorimeter Cryogenic.

Results from CO 2 heat pump applications Ullrich Hesse, Zexel Valeo Compressor Europe GmbH.

XEUS Technology Milli-Kelvin Refrigerator for the XEUS Cryogenic Detectors Adiabatic Demagnetisation Refrigerator I Hepburn Mullard Space Science Laboratory.

Large-capacity Helium refrigeration : from state-of-the-art towards FCC reference solutions Francois Millet – March 2015.

Introduction Topic: The Basic Ground Source Heat Pump Name: Matthew Stoangi Objective: To provide a clear understanding of the mechanics involved in the.

Avi Friedman Master’s Student Mechanical Engineering Room: 1337 ERB Hometown: Owings Mills, MD Thesis: Design and Development.

23 Jan 2007 LASA Cryogenics Global Group 1 ILC Cryomodule piping L. Tavian for the cryogenics global group.

Advanced Research Systems, Inc.

The HiLumi LHC Design Study (a sub-system of HL-LHC) is co-funded by the European Commission within the Framework Programme 7 Capacities Specific Programme,

Current Status of SPICA Focal Plane Instruments October 19, 2009 Hideo Matsuhara (ISAS/JAXA) & FPI team.

Accelerators for ADS March 2014 CERN Approach for a reliable cryogenic system T. Junquera (ACS) *Work supported by the EU, FP7 MAX contract number.

1 Approved for public release, distribution unlimited Workshop on X Ray Mission Architectural C oncepts December 14-15, 2011 Approved for public release,

FIRST/Planck 12 December 2000PT The FIRST Mission Implementation Status and Schedule T. Passvogel The Promise of FIRST.

IHEP 1.3 GHz Cryomodule and Cryogenics IHEP Cryogenic group 2nd Workshop of the IHEP 1.3 GHz SRF R&D Project Dec 2 nd, 2009.

Hydrogen system R&D. R&D programme – general points Hydrogen absorber system incorporates 2 novel aspects Hydrogen storage using a hydride bed Hydrogen.

1 R&D Status and plan for FPCCD VTX Yasuhiro Sugimoto

Cryogenics for FPP S. Masi Two inter-related issues: –Cryogenic chain for the focal plane (final temperature 0.1K) –Thermal system to radiatively cool.

Cryogenic update before Fermilab meeting (and after the helium tank review) Coordination meeting 6 th May 2015 K. Brodzinski HiLumi-LHC-CC-Cryo-PPT-18_v1.

J. Direito - M. Battistin – 28 th May 2010EN/CV/DC J. Direito, M. Battistin (EN/CV/DC) 28 th May 2010 Detector Cooling Project III Thermosiphon Workshop.

Xkcd. Cryogenics Tyler Brewer Overview History of cryogenics Uses Methods of Cooling Materials Considerations Vibration Issues.

R. Than J. Huang P. Orfin T. Tallerico Jan. 19, 2011

LHCb-VELO Microchannel fracture safety system and evaporator concept 26 June 2015 Bart Verlaat 1.

„Cryogen-free“ Dilution Refrigerators

He3 dilution refrigerator

Bryant Mueller M.S. Student Mechanical Engineering Room: 1335 ERB Hometown: Two Rivers, WI.

R&D Status and plan for FPCCD VTX Yasuhiro Sugimoto

a magnetic refrigeration stage

Dilution Refrigerators with Superconducting Magnets

MAGNET#1MAGNET#2MAGNET#3 SATELLITE VB#1 SATELLITE VB#2 SATELLITE VB#3 PRECOOLER#1PRECOOLER#2 DISTRIBUTION VALVE BOX DVB CP#1CP#3CP#2 BUFFER DEWAR LHe 5m.

Cryogenic scheme, pipes and valves dimensions U.Wagner CERN TE-CRG.

取扱注意情報 Development of a valved non-lubricated linear compressor for compact 2K Gifford-McMahon cryocoolers March 8, 2016 Y. Hiratsuka, Q. Bao and M. Xu.

17-18 December 2013 LARP VTF Workshop BNL Proposal 1 A.Marone

PXIE Cryogenics Concept Arkadiy Klebaner Session 5 / WG1 (CW Linac and PXIE) October 26 th, 2011.

TRL5 vibration-free soprtion-based cooler for the temperature range 15 to 30 K H.J.M. ter Brake 1, H.J. Holland 1, C.H. Vermeer 2, J.F. Burger 3, A. Maas.

CW Cryomodules for Project X Yuriy Orlov, Tom Nicol, and Tom Peterson Cryomodules for Project X, 14 June 2013Page 1.

A two-stage system for the future cooling system.

Report on Payload and Calibration splinter meeting B. Maffei M. Bersanelli 1CERN May 2016.

Thomas Jefferson National Accelerator Facility Page 1 CEBAF Cryo & SRF Workshop April 3, 2014 Jonathan Creel Electrical / Cryogenics Engineer Cryogenics.

Shrikant_Pattalwar ICEC 26, March 7-11, 2016, Delhi 1 Horizontal Tests in a Vertical Cryostat Shrikant Pattalwar STFC Daresbury Laboratory UK.

Project X Workshop - Cryogenics1 Project X CRYOGENICS Arkadiy Klebaner.

Energy efficiency considerations in cryogenics Philipp Arnold Section Leader Cryogenics Proton Driver Efficiency Workshop.

ESS | Helium Distribution | | Torsten Koettig Linac – Helium distribution 1.

2016/12/6 Yasuhiro R&D status of a gas-compressor based 2-phase CO2 cooling system for FPCCD vertex detector 2016/12/6 Yasuhiro Sugimoto.

Ball Aerospace Scalable Configurable Cryocooler Electronics (SCCE)

1 K thermal model for QUBIC

Process Simulation for the LCLS-II Cryogenic Systems

Design of the thermosiphon Test Facilities 2nd Thermosiphon Workshop

Proximity Cryogenics P&IDs meeting

SPS cryogenic proximity equipment and SM18 validation

Technical data‘s of lubrication pumps of oil loaded gas compressors medium : lubrication oil with flare gas Low pressure compressors on oil platform 6.

System Considerations for Submillimeter Receiver

Operation experience of cryogenic system and cryomodules for the superconducting linear accelerator at IUAC, New Delhi. T S Datta ( On behalf of Cryogenics.

ILC Experimental Hall Cryogenics An Overview

Cryogenic System Commissioning Summary Report

SPICA / FPI Mechanical /Optical Issues

Thermohydraulic behaviour of the cryogenic system

Conceptual design of the Cryogenic System of Comprehensive Research Facility for Key Fusion Reactor Core Systems Liangbing Hu Sep.4.

Presentation transcript:

Close Cycle Dilution for Space Ph. Camus, G. Vermeulen, G. Chaudhry, A. Benoit, F. Martin B-POL Workshop, IAP Paris, 29th July 2010

Planck Open Dilution System

Planck System Performances Planck system provide 1.6K and 100mK cooling stages from a 4.5K cooler Cooling power of 400  and 0.2  Isotopes flow of 18  mol/s 4He and 6  mol/s 3He Needs HP (285 Bar) storage ( 4 X 50L ) for 2 years Critical pneumatical system for flow control and maintain a high purity Full integration of the heat exchanger with the focal plane and the wires ( thermalization ) (*) + thermalization power of the FP supports and the wires between 1.6K and 0.1K

CCDR Concept

Separation and performances at high 4He flow (F.Martin PhD thesis, 2009)

BLISS Study Mass Budget – Cold H/W (including IOB)< 150 kg 50 kg for SAFARI Thermal Budget – K (FPI Total) – (FPI Total) Volume FPI Position Warm Electronics

Double stage ADR solution Grating Spectrometers + screens > 9kg at 50 mK ! 0.4  W at 50mK

Carbon fiber supports Advantage to C/F rods

4K stage 1.7K stage 300mK stage 50mK / instruments C/F rods Screens Heat intercept between mK 200  mol/s 4He 30  mol/s 3He W/O locking system for launch !

System aspects Cryo device integrated functions : -Cooling detectors -Instrument support -Part of the read/out chain (cables thermalization / cold amplifiers ) ? 3Helium circulation (30  mol/s - 5/200 mBar) Cold pump Room temp pump Isotopes storage Integration (Planck-like)

Solutions for 3He pump Space qualified mechanical pumps – JAXA JT3HE compressor adaptation – Thales PT compressor adaptation – High speed drag pump Cryo pump – Twente development for Darwin => The two options will kept

High speed drag pump Creare technology (space qualified) Technical proposal under discussion RPM Gas bearing Adixen commercial product CEA/AirLiquide design study RPM Mag bearings

Cryogenic pump Darwin H2 JT system Design adaptation for the dilution Need a check valve adaptation for low pressure Acceptable heat load at 15K/50K (100mW)

Conclusions Cooling performances achieved 1  50mK (TRL3-4) Re-use of the BLISS case for B-POL Need to have a complete engineering model – 0 G still demonstration – Pump choice / development (prob. Two solutions) Supported by Cnes (PhD A. Volpe) and ESA (ITI) Objective TRL4 in June 2011