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Special Topics in Xist Short Course

Course Fee: US$650


This short course moves beyond the fundamentals of thermal design to focus on specific design challenges associated with a range of service types including viscous shellside coolers, feed-effluent exchangers, kettle reboilers, and vacuum condensers. Presented as a series of case studies, each topic is introduced by the instructor before participants delve into Xist to work on solutions which are ultimately discussed amongst the group. The knowledge attained from this short course will allow you to tackle related design challenges in your future work.

Key Topics

  • viscous shellside coolers
  • feed-effluent exchangers
  • kettle reboilers
  • vacuum condensers

Suggested Participants

Experienced Xist users who troubleshoot cases and evaluate shell-and-tube exchanger performance


Outline

  1. Fatty acid cooler: Cooling a shellside viscous fluid
    • Conceptual overview of HTRI’s stream analysis method and Delta Factor
    • Mitigation methods for flow bypass
    • Design guidance for viscous shellside flow

  2. Combined feed-effluent exchanger: Shellside phase separation
    • Function of feed-effluent (FE) heat exchangers
    • Common FE exchanger characteristics
    • Typical FE design considerations
    • Phase separation can affect FE thermal performance
    • HTRI guidelines for mitigating phase separation in horizontal shellside boiling cases

  3. Amine reboiler: Large kettle bundle with vibration concern
    • Characteristics of kettle reboilers and vaporizers
    • HTRI kettle recirculation boiling model
    • Operational problems in kettle reboilers
    • Guidelines for good kettle reboiler design

  4. Vacuum condenser: HTRI condenser design checklist
    • HTRI condenser design checklist
    • Xist methods
    • Condensation characteristics

Currently Scheduled


Upcoming Instructors

  • Lauren V. Moran


  • Manager, Technical Support, joined HTRI after having worked for five years with two National Aeronautics and Space Administration (NASA) contractors at the Johnson Space Center in the Houston, Texas (TX), USA: McDonald Detwiller and Associates Ltd. (MDA) and Science Applications International Corporation (SAIC). Her responsibilities as a Systems Engineer focused on projects related to the International Space Station. She was certified as a console extravehicular robotics engineer and safety engineer in the Mission Control Center and also served as technical liaison between Boeing and the Canadian Space Agency. Moran now provides technical support and training to HTRI members and assists in contracts and troubleshooting heat exchangers. She earned a BS in Engineering from LeTourneau University, Longview, Texas.


  • Siddharth Talapatra


  • Group Lead, Research, earned his MS and PhD in Mechanical Engineering from The Johns Hopkins University, Baltimore, Maryland, USA. During his graduate studies, he was a Research Assistant at the Laboratory for Experimental Fluid Dynamics, where he worked on projects involving turbulence, effects of surface roughness, fluid structure interaction, and oceanography using high-speed imaging, particle image velocimetry, and holography. His dissertation research focused on elucidating coherent structures in the nearwall region for a rough channel flow, and understanding the key biophysical interactions in the coastal ocean. Talapatra also holds a BS degree in Mechanical Engineering from Indian Institute for Technology, Kharagpur, India. At HTRI, his primary research responsibilities are focused on qualitative and quantitative flow visualization and laser anemometry to examine single- and two-phase flow inside pipes and heat exchangers. His research activities also include the study of shellside condensation, subcooled condensation, and thermosiphon reboiler turndown and instabilities. Talapatra is actively involved with HTRI’s training efforts, including development of new courses.