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Que HuiLing

Que HuiLing

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location of Que HuiLingShanghai, China

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  • Timeline

  • About me

    Technical Service Engineer at Axens

  • Education

    • SINOPEC Management Institute

      2008 - 2008
      Refinery process simulation by Aspen HYSYS/RefSYS

      This is a two-week professional training in SINOPEC Management Institue on process simulation using Aspen HYSYS/RefSYS to simulate the refinery processes in Yangzi Petrochemical, given by Professor Y.A. Liu, the faculty Leader of the Department of Chemical Engineering, Virginia Polytechnic Institute and State University. The course covers:1. The basics of the simulation tool, Aspen HYSYS and RefSYS2. The refinery processes in Yangzi Petrochemicals, including Fluid… Show more This is a two-week professional training in SINOPEC Management Institue on process simulation using Aspen HYSYS/RefSYS to simulate the refinery processes in Yangzi Petrochemical, given by Professor Y.A. Liu, the faculty Leader of the Department of Chemical Engineering, Virginia Polytechnic Institute and State University. The course covers:1. The basics of the simulation tool, Aspen HYSYS and RefSYS2. The refinery processes in Yangzi Petrochemicals, including Fluid Catalytic Cracking, Catalytic Reformer, Medium-Pressure Diesel Hydrotreating, Medium-Pressure Hydrocracking, and High-Pressure Hydrocracking 3. The simulation of the these refinery processes using Aspen HYSYS/RefSYS. The simulations are established from stretch and calibrated to the plant data. Show less

    • Chongqing University

      1999 - 2003
      Bachelor's degree Chemical Engineering

    • Tianjin University

      2003 - 2006
      Master's degree Chemical Engineering

  • Experience

    • Aspen Technology

      Mar 2006 - Jan 2014

      Project management, project execution, people management, and team operationMajor projects during this period include:1. CO2 capture: Physical property calculation and process simulation for CO2 capture by both chemical solvents and physical solvents. The simulation files have been released in Aspen Plus as example files. Journal papers are also published.2. Biodiesel: An innovative technology is come out to model the physical properties of the bio-diesel systems, which resulted in an US patent. The production process of biodiesels is simulated in Aspen Plus and released within as an example file. Journal papers are also published on this work.3. Coal gasification: Both entrained-flow coal gasifier and moving-bed coal gasifier are simulated in Aspen Plus. Reaction kinetics and flow dynamics are taken into account by external user fortran subroutines. The models have been released with Aspen Plus.4. Scaling: Solubilities of carbonates and sulfates, which are the common scales in sea oil produciton are studied and modeled in Aspen Plus, based on the electrolyte NRTL activity coefficient method. The files are release in Aspen Plus as example files. Journal papers are also published.5. Industiral packages: Thermodynamic properties of sulfuric acid system and the brine solution are studied and modeled based on the symmetric electrolyte NRTL activity coefficient model. The files have been released in Aspen Plus. Journal papers are also published.6. Black oil PVT experiments: Black oil PVT tests are simulated in Aspen Plus. Three batches of simulations are made, based on PC-SAFT, SRK, and PR, respectively. The files have been released in Aspen Plus.7. Molecular characterization of crude assays: An innovative technology is come out to represent crude oils with real species and to determine the composition of these species in a crude or its cuts. Based on this technolgy, various properties in an crude assay are modeled. This work results in an US patent. Show less Physical property modeling and process simulation for CO2 capture by both chemical solvents and physical solvents in Aspen Plus.For chemical solvents, such as ethonal amines, electrolyte NRTL activity coefficient method is utilized as the thermodynamic framework. Phase equilibrium, heat of absorption, heat capacity, speciation, as well as transport properties are modeled. Model parameters are regressed against literature data when necessary. Then rate-based distillation model is used to simulate the absorber and stripper.For physical solvents, PC-SAFT equation of state is used as the thermodynamic framework. Both thermodynamic properties and tranport properties are studied. Finally rate-based distillation model is used to simulate the absorber and stripper.The simulation files of this work have been released with Aspen Plus as example files since version 2006.5. Several articles are also published on ACS journals. Show less

      • Simulation Research Team Lead

        Mar 2008 - Jan 2014

      • Simulation Research Engineer

        Jan 2007 - Mar 2008

      • Simulator Quality Engineer

        Mar 2006 - Dec 2006

    • New-Unity Energy

      Feb 2014 - Apr 2015
      Process Development Engineer

    • Axens

      May 2015 - now
      Technical Service Engineer

  • Licenses & Certifications

    • Registered Chemical Engineer

      Ministry of Housing and Urban - Rural Development of the People's Republic of China

    • Senior Engineer

      Shanghai Manicipal Human Resource and Social Security Bureau