The new technology of condensed rotational separation

J.J.H. Brouwers, H.P. Kemenade, van

    Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

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    Abstract

    Condensed rotational separation is a new method for separation of gas mixtures. It makes use from preferential condensation of one of the components. But different from separation by distillation columns is that phase change is induced by temperature and pressure reduction through rapid expansion in Joule Thomson valves or turbines. It induces a fine liquid mist which is separated by the patented invention of the rotational particle separator. The process can be extended by subsequent steps of expansion and separation to achieve optimum product quality. The advantage of the process is its low energy consumption and compactness. These advantages pay particularly out in applications of gases under pressure which are frequently met in the oil, gas and coal business: clean-up of sour gas fields contaminated with H2S/CO2, recovery of higher C+ from natural gas, compact LNG production, CO2 removal from Hydrogen production and coal gasification plants, CO2 removal from flue gases to abate greenhouse gas emissions. Since inception of the invention several research and development activities have taken place. We are now at the point of starting field trials and are looking for cooperations.
    Original languageEnglish
    Title of host publicationPresentation at the Bit's 1st annual international symposium of clean coal technology 2012 (CCT), September 24-26, 2012 Wanda Vista Taiyuan, China
    Place of PublicationTaiyuan, China
    PublisherBIT
    Publication statusPublished - 2012
    Eventconference; Clean Coal Technology 2012; 2012-09-24; 2012-09-26 -
    Duration: 24 Sep 201226 Sep 2012

    Conference

    Conferenceconference; Clean Coal Technology 2012; 2012-09-24; 2012-09-26
    Period24/09/1226/09/12
    OtherClean Coal Technology 2012

    Fingerprint

    Patents and inventions
    Particle separators
    Coal gasification plants
    Sour gas
    Distillation columns
    Fog
    Gas oils
    Hydrogen production
    Liquefied natural gas
    Gas emissions
    Flue gases
    Greenhouse gases
    Gas mixtures
    Condensation
    Natural gas
    Turbines
    Energy utilization
    Coal
    Recovery
    Liquids

    Cite this

    Brouwers, J. J. H., & Kemenade, van, H. P. (2012). The new technology of condensed rotational separation. In Presentation at the Bit's 1st annual international symposium of clean coal technology 2012 (CCT), September 24-26, 2012 Wanda Vista Taiyuan, China Taiyuan, China: BIT.
    Brouwers, J.J.H. ; Kemenade, van, H.P. / The new technology of condensed rotational separation. Presentation at the Bit's 1st annual international symposium of clean coal technology 2012 (CCT), September 24-26, 2012 Wanda Vista Taiyuan, China. Taiyuan, China : BIT, 2012.
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    title = "The new technology of condensed rotational separation",
    abstract = "Condensed rotational separation is a new method for separation of gas mixtures. It makes use from preferential condensation of one of the components. But different from separation by distillation columns is that phase change is induced by temperature and pressure reduction through rapid expansion in Joule Thomson valves or turbines. It induces a fine liquid mist which is separated by the patented invention of the rotational particle separator. The process can be extended by subsequent steps of expansion and separation to achieve optimum product quality. The advantage of the process is its low energy consumption and compactness. These advantages pay particularly out in applications of gases under pressure which are frequently met in the oil, gas and coal business: clean-up of sour gas fields contaminated with H2S/CO2, recovery of higher C+ from natural gas, compact LNG production, CO2 removal from Hydrogen production and coal gasification plants, CO2 removal from flue gases to abate greenhouse gas emissions. Since inception of the invention several research and development activities have taken place. We are now at the point of starting field trials and are looking for cooperations.",
    author = "J.J.H. Brouwers and {Kemenade, van}, H.P.",
    year = "2012",
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    booktitle = "Presentation at the Bit's 1st annual international symposium of clean coal technology 2012 (CCT), September 24-26, 2012 Wanda Vista Taiyuan, China",
    publisher = "BIT",

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    Brouwers, JJH & Kemenade, van, HP 2012, The new technology of condensed rotational separation. in Presentation at the Bit's 1st annual international symposium of clean coal technology 2012 (CCT), September 24-26, 2012 Wanda Vista Taiyuan, China. BIT, Taiyuan, China, conference; Clean Coal Technology 2012; 2012-09-24; 2012-09-26, 24/09/12.

    The new technology of condensed rotational separation. / Brouwers, J.J.H.; Kemenade, van, H.P.

    Presentation at the Bit's 1st annual international symposium of clean coal technology 2012 (CCT), September 24-26, 2012 Wanda Vista Taiyuan, China. Taiyuan, China : BIT, 2012.

    Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

    TY - GEN

    T1 - The new technology of condensed rotational separation

    AU - Brouwers, J.J.H.

    AU - Kemenade, van, H.P.

    PY - 2012

    Y1 - 2012

    N2 - Condensed rotational separation is a new method for separation of gas mixtures. It makes use from preferential condensation of one of the components. But different from separation by distillation columns is that phase change is induced by temperature and pressure reduction through rapid expansion in Joule Thomson valves or turbines. It induces a fine liquid mist which is separated by the patented invention of the rotational particle separator. The process can be extended by subsequent steps of expansion and separation to achieve optimum product quality. The advantage of the process is its low energy consumption and compactness. These advantages pay particularly out in applications of gases under pressure which are frequently met in the oil, gas and coal business: clean-up of sour gas fields contaminated with H2S/CO2, recovery of higher C+ from natural gas, compact LNG production, CO2 removal from Hydrogen production and coal gasification plants, CO2 removal from flue gases to abate greenhouse gas emissions. Since inception of the invention several research and development activities have taken place. We are now at the point of starting field trials and are looking for cooperations.

    AB - Condensed rotational separation is a new method for separation of gas mixtures. It makes use from preferential condensation of one of the components. But different from separation by distillation columns is that phase change is induced by temperature and pressure reduction through rapid expansion in Joule Thomson valves or turbines. It induces a fine liquid mist which is separated by the patented invention of the rotational particle separator. The process can be extended by subsequent steps of expansion and separation to achieve optimum product quality. The advantage of the process is its low energy consumption and compactness. These advantages pay particularly out in applications of gases under pressure which are frequently met in the oil, gas and coal business: clean-up of sour gas fields contaminated with H2S/CO2, recovery of higher C+ from natural gas, compact LNG production, CO2 removal from Hydrogen production and coal gasification plants, CO2 removal from flue gases to abate greenhouse gas emissions. Since inception of the invention several research and development activities have taken place. We are now at the point of starting field trials and are looking for cooperations.

    M3 - Conference contribution

    BT - Presentation at the Bit's 1st annual international symposium of clean coal technology 2012 (CCT), September 24-26, 2012 Wanda Vista Taiyuan, China

    PB - BIT

    CY - Taiyuan, China

    ER -

    Brouwers JJH, Kemenade, van HP. The new technology of condensed rotational separation. In Presentation at the Bit's 1st annual international symposium of clean coal technology 2012 (CCT), September 24-26, 2012 Wanda Vista Taiyuan, China. Taiyuan, China: BIT. 2012