Phone: 337-475-5874
Fax: 337-475-5286
Box 91735
Lake Charles, LA 70609
engineering@mcneese.edu http://mcneese.edu/ceet/engtech

Process Plant - PRTC 224

Process Operations II

  • Identify the equipment parts of a fired heater. 
  • Discuss the fundamental operating principles of a fired heater.
  • Identify operating tasks, problems, and conditions associated with a fired heater.
  • Explain typical operating conditions and terms with a fired heater
  • Predict how changes in operating conditions will affect equipment performance of a fired heater
  • Identify the equipment parts of a boiler
  • Discuss the fundamental operating principles of a boiler.
  • Identify operating tasks, problems, and conditions associated with a boiler.
  • Explain typical operating conditions and terms with a boiler
  • Predict how changes in operating conditions will affect equipment performance of a boiler
  • Identify the equipment parts of a distillation tower. 
  • Identify operating tasks, problems, and conditions associated with a distillation tower.
  • Explain typical operating conditions and terms with a distillation tower
  • Predict how changes in operating conditions will affect equipment performance of a distillation tower
  • Discuss the fundamental operating principles of a distillation tower.
  • Employ both graphs and calculations to determine vapor/liquid equilibrium compositions in distillation systems
  • Apply material balances to simple distillation systems
  • Identify the requirements for chemical reactions to occur, common chemical reactions, and basic chemistry terminology
  • Predict the effects of changes in operating conditions on the reaction rate and equilibrium of a given chemical reaction
  • Identify the equipment parts of a reactor. 
  • Discuss the fundamental operating principles of a reactor.
  • Identify operating tasks, problems, and conditions associated with a reactor.
  • Predict how changes in operating conditions will affect equipment performance
  • Apply material balances to simple distillation and reaction systems