Expander Process

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The Experts below are selected from a list of 30 Experts worldwide ranked by ideXlab platform

I Xie - One of the best experts on this subject based on the ideXlab platform.

  • Offshore Adaptability of the CO2 Pre-cooling Dual Nitrogen Expander Natural Gas Liquefaction Process
    2016
    Co-Authors: Jianlu Zhu, Wuchang Wang, Huanhua Sheng, Yonghao Liu, I Xie
    Abstract:

    offshore adaptability Abstract. CO2 pre-cooling dual nitrogen Expander liquefaction Process was proposed for the LNG-FPSO unit and compared with propane pre-cooling dual nitrogen Expander Process and mixed refrigerant pre-cooling nitrogen Expander Process by simulation. Gas property sensitivity of the Process was analyzed from the thermodynamic point of view. And offshore adaptability of the Process was evaluated. The results show that the Process will be suitable for mid to large-scale LNG production in severe sea condition. And it will be not sensitive to the changes of gas temperature, pressure and composition

  • offshore adaptability of the co2 pre cooling dual nitrogen Expander natural gas liquefaction Process
    Advanced Materials Research, 2012
    Co-Authors: Jianlu Zhu, Wuchang Wang, Huanhua Sheng, Yonghao Liu, I Xie
    Abstract:

    CO2 pre-cooling dual nitrogen Expander liquefaction Process was proposed for the LNG-FPSO unit and compared with propane pre-cooling dual nitrogen Expander Process and mixed refrigerant pre-cooling nitrogen Expander Process by simulation. Gas property sensitivity of the Process was analyzed from the thermodynamic point of view. And offshore adaptability of the Process was evaluated. The results show that the Process will be suitable for mid to large-scale LNG production in severe sea condition. And it will be not sensitive to the changes of gas temperature, pressure and composition.

Jianlu Zhu - One of the best experts on this subject based on the ideXlab platform.

  • Offshore Adaptability of the CO2 Pre-cooling Dual Nitrogen Expander Natural Gas Liquefaction Process
    2016
    Co-Authors: Jianlu Zhu, Wuchang Wang, Huanhua Sheng, Yonghao Liu, I Xie
    Abstract:

    offshore adaptability Abstract. CO2 pre-cooling dual nitrogen Expander liquefaction Process was proposed for the LNG-FPSO unit and compared with propane pre-cooling dual nitrogen Expander Process and mixed refrigerant pre-cooling nitrogen Expander Process by simulation. Gas property sensitivity of the Process was analyzed from the thermodynamic point of view. And offshore adaptability of the Process was evaluated. The results show that the Process will be suitable for mid to large-scale LNG production in severe sea condition. And it will be not sensitive to the changes of gas temperature, pressure and composition

  • offshore adaptability of the co2 pre cooling dual nitrogen Expander natural gas liquefaction Process
    Advanced Materials Research, 2012
    Co-Authors: Jianlu Zhu, Wuchang Wang, Huanhua Sheng, Yonghao Liu, I Xie
    Abstract:

    CO2 pre-cooling dual nitrogen Expander liquefaction Process was proposed for the LNG-FPSO unit and compared with propane pre-cooling dual nitrogen Expander Process and mixed refrigerant pre-cooling nitrogen Expander Process by simulation. Gas property sensitivity of the Process was analyzed from the thermodynamic point of view. And offshore adaptability of the Process was evaluated. The results show that the Process will be suitable for mid to large-scale LNG production in severe sea condition. And it will be not sensitive to the changes of gas temperature, pressure and composition.

Shirazia Saeed - One of the best experts on this subject based on the ideXlab platform.

  • Process simulation and evaluation of ethane recovery Process using Aspen-HYSYS
    AIDIC: The Italian Association of Chemical Engineering, 2018
    Co-Authors: Rezakazemi Mashallah, Rahmania Neja, Jamil Hassa, Shirazia Saeed
    Abstract:

    peer-reviewedIn this work, the Process of ethane recovery plant was simulated for the purpose of Front End Engineering Design. The main objective is to carry out a series of simulation using Aspen HYSYS to compare recovery of ethane from Joule Thomson (JT) Valve, Turbo-Expander and Twister Technology. Twister technology offers high efficiency, more ethane recovery and lower temperature than JT valve and turbo-Expander Process. It lies somewhere between isenthalpic and isentropic Process due to its mechanical configuration. Three Processes were compared in terms of recovery of ethane. To conduct the simulations, a real gas plant composition and design data were utilized to perform the study for comparison among chosen technologies which are available for ethane recovery. The same parameters were used for the comparisons. Effect of operating conditions including pressure, temperature, and flow rate as well as carbon dioxide on the recovery of ethane was examined

  • Process simulation and evaluation of ethane recovery Process using Aspen-HYSYS
    AIDIC: The Italian Association of Chemical Engineering, 2018
    Co-Authors: Rezakazemi Mashallah, Rahmania Neja, Jamil Hassa, Shirazia Saeed
    Abstract:

    In this work, the Process of ethane recovery plant was simulated for the purpose of Front End Engineering Design. The main objective is to carry out a series of simulation using Aspen HYSYS to compare recovery of ethane from Joule Thomson (JT) Valve, Turbo-Expander and Twister Technology. Twister technology offers high efficiency, more ethane recovery and lower temperature than JT valve and turbo-Expander Process. It lies somewhere between isenthalpic and isentropic Process due to its mechanical configuration. Three Processes were compared in terms of recovery of ethane. To conduct the simulations, a real gas plant composition and design data were utilized to perform the study for comparison among chosen technologies which are available for ethane recovery. The same parameters were used for the comparisons. Effect of operating conditions including pressure, temperature, and flow rate as well as carbon dioxide on the recovery of ethane was examined

Wuchang Wang - One of the best experts on this subject based on the ideXlab platform.

  • Offshore Adaptability of the CO2 Pre-cooling Dual Nitrogen Expander Natural Gas Liquefaction Process
    2016
    Co-Authors: Jianlu Zhu, Wuchang Wang, Huanhua Sheng, Yonghao Liu, I Xie
    Abstract:

    offshore adaptability Abstract. CO2 pre-cooling dual nitrogen Expander liquefaction Process was proposed for the LNG-FPSO unit and compared with propane pre-cooling dual nitrogen Expander Process and mixed refrigerant pre-cooling nitrogen Expander Process by simulation. Gas property sensitivity of the Process was analyzed from the thermodynamic point of view. And offshore adaptability of the Process was evaluated. The results show that the Process will be suitable for mid to large-scale LNG production in severe sea condition. And it will be not sensitive to the changes of gas temperature, pressure and composition

  • offshore adaptability of the co2 pre cooling dual nitrogen Expander natural gas liquefaction Process
    Advanced Materials Research, 2012
    Co-Authors: Jianlu Zhu, Wuchang Wang, Huanhua Sheng, Yonghao Liu, I Xie
    Abstract:

    CO2 pre-cooling dual nitrogen Expander liquefaction Process was proposed for the LNG-FPSO unit and compared with propane pre-cooling dual nitrogen Expander Process and mixed refrigerant pre-cooling nitrogen Expander Process by simulation. Gas property sensitivity of the Process was analyzed from the thermodynamic point of view. And offshore adaptability of the Process was evaluated. The results show that the Process will be suitable for mid to large-scale LNG production in severe sea condition. And it will be not sensitive to the changes of gas temperature, pressure and composition.

Huanhua Sheng - One of the best experts on this subject based on the ideXlab platform.

  • Offshore Adaptability of the CO2 Pre-cooling Dual Nitrogen Expander Natural Gas Liquefaction Process
    2016
    Co-Authors: Jianlu Zhu, Wuchang Wang, Huanhua Sheng, Yonghao Liu, I Xie
    Abstract:

    offshore adaptability Abstract. CO2 pre-cooling dual nitrogen Expander liquefaction Process was proposed for the LNG-FPSO unit and compared with propane pre-cooling dual nitrogen Expander Process and mixed refrigerant pre-cooling nitrogen Expander Process by simulation. Gas property sensitivity of the Process was analyzed from the thermodynamic point of view. And offshore adaptability of the Process was evaluated. The results show that the Process will be suitable for mid to large-scale LNG production in severe sea condition. And it will be not sensitive to the changes of gas temperature, pressure and composition

  • offshore adaptability of the co2 pre cooling dual nitrogen Expander natural gas liquefaction Process
    Advanced Materials Research, 2012
    Co-Authors: Jianlu Zhu, Wuchang Wang, Huanhua Sheng, Yonghao Liu, I Xie
    Abstract:

    CO2 pre-cooling dual nitrogen Expander liquefaction Process was proposed for the LNG-FPSO unit and compared with propane pre-cooling dual nitrogen Expander Process and mixed refrigerant pre-cooling nitrogen Expander Process by simulation. Gas property sensitivity of the Process was analyzed from the thermodynamic point of view. And offshore adaptability of the Process was evaluated. The results show that the Process will be suitable for mid to large-scale LNG production in severe sea condition. And it will be not sensitive to the changes of gas temperature, pressure and composition.

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