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Posts Tagged ‘wikipedia’

Solving a Binary Batch Distillation – Problem Description

Reference: This is from E.M. Rosen and R. N. Adams, “A Review of Spreadsheet Usage in Chemical Engineering Calculations”, Computers and Chemical Engineering, Vol. 11, No. 6, pp. 723-736, but they took it from Henley and Rosen, “Materal and Energy Balance Computations”, Wiley, NY 1969 pg. 362.  Very similar to an earlier problem that we […]

Calculate a Four-Component ‘Flash’ – Problem Description

Reference: This is from E.M. Rosen and R. N. Adams, “A Review of Spreadsheet Usage in Chemical Engineering Calculations”, Computers and Chemical Engineering, Vol. 11, No. 6, pp. 723-736, but they took it from Henley and Seader, “Equilibrium Stage Separation Operations in Chemical Engineering”, Wiley, NY 1981 pg. 279. Problem Description: Rosen and Adams were […]

‘Graphical’ Evaluation to Calculate the Number of Transfer Units – Problem Description

Reference: This is from E.M. Rosen and R. N. Adams, “A Review of Spreadsheet Usage in Chemical Engineering Calculations”, Computers and Chemical Engineering, Vol. 11, No. 6, pp. 723-736, but they took it from Henley and Seader, “Equilibrium Stage Separation Operations in Chemical Engineering”, Wiley, NY 1981 pg. 653.  I don’t have a copy of […]

A New Set of Problems to Work…From the Early Days of Personal Computers

What Next? We just completed working the ten problems from the 1997 ASEE workshop.  We worked a variety of problems that had solutions with other software packages such as Microsoft Excel, MATLAB, Mathematica, Maple and Polymath.  Please compare and let me know what you think.  Now, let’s look at the following journal article for a […]

Steady-State Material Balances on a Separation Train – Programming Approach

Plan your solution: Draw a picture, in this case, list all of your data and equations (see the first post of this series) Remember the fundamentals (steady state material balance) and apply Draw your material or energy balance envelope (continuous distillation at wikipedia) Remember [Accumulation = In – Out + Source/Sink] Think about what you […]