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An Assessment of Candidate Technologies for DISSUB CO 2 Removal Systems in Royal Navy Submarines
ISSN: 0148-7191, e-ISSN: 2688-3627
Published July 11, 2005 by SAE International in United States
This content contains downloadable datasetsAnnotation ability available
A shortcoming has been identified in the Royal Navy's existing system of CO2 removal within a DIStressed SUBmarine (DISSUB). This shortcoming means that the surviving crew would be forced to attempt an escape due to high CO2 levels well in advance of the 7 days specified in Def-Stan 07-260 [Reference 1]. A project run by the MESH IPT (explanation) has identified a number of systems that potentially offer 7 days endurance to the crew, without significantly increasing the total volume occupied by the system. These systems also offer the capability to operate under extremes of pressure and temperature and independent of submarine services.
|Technical Paper||Emergency Atmosphere Control; Design and Operational Experience|
|Technical Paper||Development of a Self Powered Carbon Dioxide Absorption Unit for use in a DISSUB|
|Technical Paper||Atmosphere Trials on United States Navy Submarines|
CitationYork, G., "An Assessment of Candidate Technologies for DISSUB CO2 Removal Systems in Royal Navy Submarines," SAE Technical Paper 2005-01-3089, 2005, https://doi.org/10.4271/2005-01-3089.
Data Sets - Support Documents
|Unnamed Dataset 1|
- Requirements for Escape and Rescue Facilities for Submarines
- Evans M A Loveman GA. Effects of pressure and temperature on the endurance of Carbon Dioxide Absorption Unit soda lime canisters February 2003
- MESH IPT CO 2 Absorption Development Programme - Options Appraisal 05 June 2004
- Anthony T G Aitchison A Loveman G A Searle S L. Effects of pressure and temperature on the performance of Carbon Dioxide Absorption Curtains February 2004
- SUBIPT SMER Specification of the requirement for Carbon Dioxide removal in a DISSUB
- 4 Minimum Conditions For Survival In A Distressed Submarine Prior To Escape Or Rescue 24 September 2004
- Carr J D Clarke M. Royal Navy Submarine CO 2 Removal Development Project. Design Stage 2. Molecular Products March 2004
- Carr J D Clarke M. Royal Navy Submarine CO 2 Removal Development Project - Prototype Stage 2. Molecular Products December 2004
- Loveman G A. Effects of pressure and temperature on the performance of encapsulated LiOH polymer sheets
- Norfleet W Horn W. Carbon Dioxide Scrubbing Capabilities Of Two New Non-Powered Technologies Naval Submarine Medical Research Laboratory 27 August 2003
- Clark M Rendell D V The Effect Of Environmental Conditions On The Absorption Of Carbon Dioxide Using Soda Lime ICES Paper 2003
- Carr M Clarke D J. Royal Navy Submarine CO 2 Removal Development Project - Battelle Curtains Molecular Products December 2004