The European PASSAM Project: Experimental studies for atmospheric source term mitigation with focus on Filtered Containment Venting Systems

T. Albiol, L. Herranz, E. Riera, S. Guieu, T. Lind, S. Morandi, Teemu Kärkelä, N. Losch, B. Azambre

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientific

    Abstract

    The PASSAM (Passive and Active Systems on Severe Accident source term Mitigation) project has been launched in the frame of the 7th framework programme of the European Commission. Coordinated by IRSN, this four yearproject (2013 – 2016) involves nine partners from six countries having a strong experience on severe accidents: IRSN, EDF and university of Lorraine (France); CIEMAT and CSIC (Spain); PSI (Switzerland); RSE (Italy); VTT (Finland) andAREVA GmbH (Germany). It is mainly of an R&D experimental nature, aiming at studying phenomena that, under severe accident conditions, might have the potential for reducing radioactive atmospheric releases to the environment.Improvements of existing source term mitigation devices (pool scrubbing systems; sand bed filters plus metallic pre-filters), as well as innovative systems which may achieve larger source term attenuation (Acoustic agglomeration systems; High pressure spray agglomeration systems; Electric filtration systems; Improved zeolite filtration systems; Combined Filtration Systems) are studied. After two years and a half, the current status of the project is as follows. A state of the art report has been completed, allowing a precise definition of the experimental test matrices in direct link with the identified gaps ofknowledge. The experimental work is in progress and in some domains (e.g. pool scrubbing, use of zeolites for iodine trapping, combined wet and dry filtrations systems, etc…) major results have already been obtained. An open workshop mainly targeted to R&D organizations, to National Safety Authorities and their Technical Support Organizations, to utilities and to vendors, was held on February 26th, 2014 in Madrid. A second workshop will be organized at the end of the project, in December 2016 or early 2017. Simple models and/or correlations should result from in-depth analysis of PASSAM experimental results. Once implemented in severe accident analysis codes, these models should allow enhancing the capability of modelling Severe Accident Management measures and developing improved guidelines. The project’s finaloutcomes will constitute a valuable database which may be strategic for helping the utilities and regulators in assessing the performance of the existing source term mitigation systems, evaluating potential improvements of the systems anddeveloping severe accident management measures.
    Original languageEnglish
    Title of host publicationSevere Accident Mitigation through Improvements in Filtered Containment Vent Systems and Contaiment Cooling Strategies for Water Cooled Reactors
    Subtitle of host publicationProceedings of a Technical Meeting on Severe Accident Mitigation through Improvements in Filtered Containment Venting for Water Cooled Reactors
    Place of PublicationVienna
    PublisherInternational Atomic Energy Agency IAEA
    Pages174-184
    ISBN (Print)978-92-0-153817-8
    Publication statusPublished - 2015
    MoE publication typeB3 Non-refereed article in conference proceedings
    EventI3-TM-50122 Technical Meeting on Severe Accident Mitigation, 31 August - 3 September 2015, Vienna, Austria -
    Duration: 1 Jan 2015 → …

    Conference

    ConferenceI3-TM-50122 Technical Meeting on Severe Accident Mitigation, 31 August - 3 September 2015, Vienna, Austria
    Period1/01/15 → …

    Fingerprint

    venting
    containment
    accident
    mitigation
    experimental study
    agglomeration
    filter
    European Commission
    iodine
    zeolite
    spray
    trapping
    acoustics
    project
    safety
    matrix
    sand
    modeling
    analysis

    Keywords

    • severe accident
    • source term
    • fission product
    • mitigation
    • FCVS
    • innovation

    Cite this

    Albiol, T., Herranz, L., Riera, E., Guieu, S., Lind, T., Morandi, S., ... Azambre, B. (2015). The European PASSAM Project: Experimental studies for atmospheric source term mitigation with focus on Filtered Containment Venting Systems. In Severe Accident Mitigation through Improvements in Filtered Containment Vent Systems and Contaiment Cooling Strategies for Water Cooled Reactors: Proceedings of a Technical Meeting on Severe Accident Mitigation through Improvements in Filtered Containment Venting for Water Cooled Reactors (pp. 174-184). Vienna: International Atomic Energy Agency IAEA.
    Albiol, T. ; Herranz, L. ; Riera, E. ; Guieu, S. ; Lind, T. ; Morandi, S. ; Kärkelä, Teemu ; Losch, N. ; Azambre, B. / The European PASSAM Project : Experimental studies for atmospheric source term mitigation with focus on Filtered Containment Venting Systems. Severe Accident Mitigation through Improvements in Filtered Containment Vent Systems and Contaiment Cooling Strategies for Water Cooled Reactors: Proceedings of a Technical Meeting on Severe Accident Mitigation through Improvements in Filtered Containment Venting for Water Cooled Reactors . Vienna : International Atomic Energy Agency IAEA, 2015. pp. 174-184
    @inproceedings{972435ca06204d20b6b624310a9ef43d,
    title = "The European PASSAM Project: Experimental studies for atmospheric source term mitigation with focus on Filtered Containment Venting Systems",
    abstract = "The PASSAM (Passive and Active Systems on Severe Accident source term Mitigation) project has been launched in the frame of the 7th framework programme of the European Commission. Coordinated by IRSN, this four yearproject (2013 – 2016) involves nine partners from six countries having a strong experience on severe accidents: IRSN, EDF and university of Lorraine (France); CIEMAT and CSIC (Spain); PSI (Switzerland); RSE (Italy); VTT (Finland) andAREVA GmbH (Germany). It is mainly of an R&D experimental nature, aiming at studying phenomena that, under severe accident conditions, might have the potential for reducing radioactive atmospheric releases to the environment.Improvements of existing source term mitigation devices (pool scrubbing systems; sand bed filters plus metallic pre-filters), as well as innovative systems which may achieve larger source term attenuation (Acoustic agglomeration systems; High pressure spray agglomeration systems; Electric filtration systems; Improved zeolite filtration systems; Combined Filtration Systems) are studied. After two years and a half, the current status of the project is as follows. A state of the art report has been completed, allowing a precise definition of the experimental test matrices in direct link with the identified gaps ofknowledge. The experimental work is in progress and in some domains (e.g. pool scrubbing, use of zeolites for iodine trapping, combined wet and dry filtrations systems, etc…) major results have already been obtained. An open workshop mainly targeted to R&D organizations, to National Safety Authorities and their Technical Support Organizations, to utilities and to vendors, was held on February 26th, 2014 in Madrid. A second workshop will be organized at the end of the project, in December 2016 or early 2017. Simple models and/or correlations should result from in-depth analysis of PASSAM experimental results. Once implemented in severe accident analysis codes, these models should allow enhancing the capability of modelling Severe Accident Management measures and developing improved guidelines. The project’s finaloutcomes will constitute a valuable database which may be strategic for helping the utilities and regulators in assessing the performance of the existing source term mitigation systems, evaluating potential improvements of the systems anddeveloping severe accident management measures.",
    keywords = "severe accident, source term, fission product, mitigation, FCVS, innovation",
    author = "T. Albiol and L. Herranz and E. Riera and S. Guieu and T. Lind and S. Morandi and Teemu K{\"a}rkel{\"a} and N. Losch and B. Azambre",
    note = "Project code: 100586 This publication has been prepared from the original material as submitted by the contributors and has not been edited by the editorial staff of the IAEA.",
    year = "2015",
    language = "English",
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    pages = "174--184",
    booktitle = "Severe Accident Mitigation through Improvements in Filtered Containment Vent Systems and Contaiment Cooling Strategies for Water Cooled Reactors",
    publisher = "International Atomic Energy Agency IAEA",
    address = "Austria",

    }

    Albiol, T, Herranz, L, Riera, E, Guieu, S, Lind, T, Morandi, S, Kärkelä, T, Losch, N & Azambre, B 2015, The European PASSAM Project: Experimental studies for atmospheric source term mitigation with focus on Filtered Containment Venting Systems. in Severe Accident Mitigation through Improvements in Filtered Containment Vent Systems and Contaiment Cooling Strategies for Water Cooled Reactors: Proceedings of a Technical Meeting on Severe Accident Mitigation through Improvements in Filtered Containment Venting for Water Cooled Reactors . International Atomic Energy Agency IAEA, Vienna, pp. 174-184, I3-TM-50122 Technical Meeting on Severe Accident Mitigation, 31 August - 3 September 2015, Vienna, Austria, 1/01/15.

    The European PASSAM Project : Experimental studies for atmospheric source term mitigation with focus on Filtered Containment Venting Systems. / Albiol, T.; Herranz, L.; Riera, E.; Guieu, S.; Lind, T.; Morandi, S.; Kärkelä, Teemu; Losch, N.; Azambre, B.

    Severe Accident Mitigation through Improvements in Filtered Containment Vent Systems and Contaiment Cooling Strategies for Water Cooled Reactors: Proceedings of a Technical Meeting on Severe Accident Mitigation through Improvements in Filtered Containment Venting for Water Cooled Reactors . Vienna : International Atomic Energy Agency IAEA, 2015. p. 174-184.

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientific

    TY - GEN

    T1 - The European PASSAM Project

    T2 - Experimental studies for atmospheric source term mitigation with focus on Filtered Containment Venting Systems

    AU - Albiol, T.

    AU - Herranz, L.

    AU - Riera, E.

    AU - Guieu, S.

    AU - Lind, T.

    AU - Morandi, S.

    AU - Kärkelä, Teemu

    AU - Losch, N.

    AU - Azambre, B.

    N1 - Project code: 100586 This publication has been prepared from the original material as submitted by the contributors and has not been edited by the editorial staff of the IAEA.

    PY - 2015

    Y1 - 2015

    N2 - The PASSAM (Passive and Active Systems on Severe Accident source term Mitigation) project has been launched in the frame of the 7th framework programme of the European Commission. Coordinated by IRSN, this four yearproject (2013 – 2016) involves nine partners from six countries having a strong experience on severe accidents: IRSN, EDF and university of Lorraine (France); CIEMAT and CSIC (Spain); PSI (Switzerland); RSE (Italy); VTT (Finland) andAREVA GmbH (Germany). It is mainly of an R&D experimental nature, aiming at studying phenomena that, under severe accident conditions, might have the potential for reducing radioactive atmospheric releases to the environment.Improvements of existing source term mitigation devices (pool scrubbing systems; sand bed filters plus metallic pre-filters), as well as innovative systems which may achieve larger source term attenuation (Acoustic agglomeration systems; High pressure spray agglomeration systems; Electric filtration systems; Improved zeolite filtration systems; Combined Filtration Systems) are studied. After two years and a half, the current status of the project is as follows. A state of the art report has been completed, allowing a precise definition of the experimental test matrices in direct link with the identified gaps ofknowledge. The experimental work is in progress and in some domains (e.g. pool scrubbing, use of zeolites for iodine trapping, combined wet and dry filtrations systems, etc…) major results have already been obtained. An open workshop mainly targeted to R&D organizations, to National Safety Authorities and their Technical Support Organizations, to utilities and to vendors, was held on February 26th, 2014 in Madrid. A second workshop will be organized at the end of the project, in December 2016 or early 2017. Simple models and/or correlations should result from in-depth analysis of PASSAM experimental results. Once implemented in severe accident analysis codes, these models should allow enhancing the capability of modelling Severe Accident Management measures and developing improved guidelines. The project’s finaloutcomes will constitute a valuable database which may be strategic for helping the utilities and regulators in assessing the performance of the existing source term mitigation systems, evaluating potential improvements of the systems anddeveloping severe accident management measures.

    AB - The PASSAM (Passive and Active Systems on Severe Accident source term Mitigation) project has been launched in the frame of the 7th framework programme of the European Commission. Coordinated by IRSN, this four yearproject (2013 – 2016) involves nine partners from six countries having a strong experience on severe accidents: IRSN, EDF and university of Lorraine (France); CIEMAT and CSIC (Spain); PSI (Switzerland); RSE (Italy); VTT (Finland) andAREVA GmbH (Germany). It is mainly of an R&D experimental nature, aiming at studying phenomena that, under severe accident conditions, might have the potential for reducing radioactive atmospheric releases to the environment.Improvements of existing source term mitigation devices (pool scrubbing systems; sand bed filters plus metallic pre-filters), as well as innovative systems which may achieve larger source term attenuation (Acoustic agglomeration systems; High pressure spray agglomeration systems; Electric filtration systems; Improved zeolite filtration systems; Combined Filtration Systems) are studied. After two years and a half, the current status of the project is as follows. A state of the art report has been completed, allowing a precise definition of the experimental test matrices in direct link with the identified gaps ofknowledge. The experimental work is in progress and in some domains (e.g. pool scrubbing, use of zeolites for iodine trapping, combined wet and dry filtrations systems, etc…) major results have already been obtained. An open workshop mainly targeted to R&D organizations, to National Safety Authorities and their Technical Support Organizations, to utilities and to vendors, was held on February 26th, 2014 in Madrid. A second workshop will be organized at the end of the project, in December 2016 or early 2017. Simple models and/or correlations should result from in-depth analysis of PASSAM experimental results. Once implemented in severe accident analysis codes, these models should allow enhancing the capability of modelling Severe Accident Management measures and developing improved guidelines. The project’s finaloutcomes will constitute a valuable database which may be strategic for helping the utilities and regulators in assessing the performance of the existing source term mitigation systems, evaluating potential improvements of the systems anddeveloping severe accident management measures.

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    KW - source term

    KW - fission product

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    KW - FCVS

    KW - innovation

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    BT - Severe Accident Mitigation through Improvements in Filtered Containment Vent Systems and Contaiment Cooling Strategies for Water Cooled Reactors

    PB - International Atomic Energy Agency IAEA

    CY - Vienna

    ER -

    Albiol T, Herranz L, Riera E, Guieu S, Lind T, Morandi S et al. The European PASSAM Project: Experimental studies for atmospheric source term mitigation with focus on Filtered Containment Venting Systems. In Severe Accident Mitigation through Improvements in Filtered Containment Vent Systems and Contaiment Cooling Strategies for Water Cooled Reactors: Proceedings of a Technical Meeting on Severe Accident Mitigation through Improvements in Filtered Containment Venting for Water Cooled Reactors . Vienna: International Atomic Energy Agency IAEA. 2015. p. 174-184