• CHE 3510: Sep & Solutions Thermo 2

  3.00 Credits

  Tennessee Technological University

  
  Prerequisites: CHE 2015, MATH 2110, MATH 2120. Corequisites: CHE 3511. Analysis and prediction of mixture properties at equilibrium in single and multiple phases. Lab is focused on solution thermodynamic topics and industrially-relevant separation processes.
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• CHE 3511: Sep & Solution Thermo 2 Lab

  1.00 Credits

  Tennessee Technological University

  
  Corequisite: CHE 3510. Analysis and prediction of mixture properties at equilibrium in single and multiple phases. Lab is focused on solution thermodynamic topics and industrially-relevant separation processes.
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• CHE 3550: TS II: Fluid Mechanics

  3.00 Credits

  Tennessee Technological University

  
  Prerequisites: CHE 3050, CHE 3051, MATH 2210, MATH 2120. Corequisite: CHE 3551. Theory of mass, momentum, and mechanical energy conservation principles. Characterization of flow regimens and key non-dimensional number of scaling. Experimental studies of fluid mechanics. Design and operation of systems involving fluids with application to fluid flow and fluid property measurements.
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• CHE 3551: TS II: Fluid Mechanics Lab

  1.00 Credits

  Tennessee Technological University

  
  Theory of mass, momentum, and mechanical energy conservation principles. Characterization of flow regimens and key non-dimensional number of scaling. Experimental studies of fluid mechanics. Design and operation of systems involving fluids with application to fluid flow and fluid property measurements.
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• CHE 3730: Chem Engr Operations

  3.00 Credits

  Tennessee Technological University

  
  Prerequisites: CHE 1520 with a minimum grade of C, Math 2210 and Math 2120. Math 2120 may be taken concurrently. Decision-making techniques as applied to management of chemical processing plants.
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• CHE 3735: ChE Operations

  2.00 Credits

  Tennessee Technological University

  
  Prerequisite: Minimum grade of C in CHE 2015. Decision-making techniques as applied to management of chemical processing plants.
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• CHE 3745: Innovation in Energy

  3.00 Credits

  Tennessee Technological University

  
  Prerequisite: MATH 1910. Critical Review of the historical development of energy resources. Key steps in the emergency of new energy sources and their displacement of previously dominant ones. Societal, economic, and environmental impacts of energy sources. Implications for energy today and into the future. Fundamental energy balances will be introduced.
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• CHE 4050: TS III: Mass Transfer

  3.00 Credits

  Tennessee Technological University

  
  Prerequisites: CHE 3010, CHE 3050, CHE 3051, CHE 3510, CHE 3511, CHE 3550, CHE 3551. Corequisite: CHE 4051. Mathematical description of diffusion and diffusive-convective mass transfer. Mass transfer with reaction. Dimensional Analysis. Mass transfer in one and two-dimensions in Cartesian, cylindrical, and spherical coordinates. Integrated labs demonstrating the concept of diffusion, computational experiments, and demonstrating the effect of geometry, flow, etc., on mass transfer.
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• CHE 4051: TS III: Mass Transfer Lab

  1.00 Credits

  Tennessee Technological University

  
  Mathematical description of diffusion and diffusive-convective mass transfer. Mass transfer with reaction. Dimensional Analysis. Mass transfer in one and two-dimensions in Cartesian, cylindrical, and spherical coordinates. Integrated labs demonstrating the concept of diffusion, computational experiments, and demonstrating the effect of geometry, flow, etc., on mass transfer.
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• CHE 4060: Chemical Reaction Engineering

  3.00 Credits

  Tennessee Technological University

  
  Prerequisites: CHE 3010, CHE 3050, CHE 3051, CHE 3510, CHE 3511, CHE 3550, CHE 3551. Corequisite: CHE 4061. Chemical reaction kinetics and chemical reactor design. There is an emphasis on homogeneous reactions and ideal and non-ideal reactors. Introduction to laboratory experiments to illustrate typical situations found in chemical reacting systems: kinetics parameter determination, residence time visualization, and introduction to different types of reactors, (i.e., batch, tubular and gradient-less).
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