Weight fraction ethanol = 18.4/29.2 = 0.630 Flow rate = (1500 kmol/hr) = 43,800 kg/hr.Ĭhapter 2 New Problems and new solutions are listed as new immediately after the solution number. You probably used some of the following: chromatography, crystallization, distillation, extraction, filtration and ultrafiltration. For example: the lungs are a gas permeation system, the intestines and kidney are liquid permeation or dialysis systems. Many homes have a water softener (ion exchange), or a filter, or a carbon water “filter” (actually adsorption), or a reverse osmosis system. Even the water in bottles has been purified (either by reverse osmosis or by distillation). Answer is d.Įverything except some food products has undergone some separation operations. These new problems in chapter 1 are: 1A3, 1A4, 1B2-1B4, 1D1. SPE 3rd Edition Solution Manual Chapter 1 New Problems and new solutions are listed as new immediately after the solution number. Includes Mass Transfer Analysis 3rd Edition (Formerly published as Equilibrium-Staged Separations) by Phillip C. Images are best displayed at 300x275 pixels.SEPARATION PROCESS ENGINEERING. csv file must be accurate for the icon to be loaded and displayed. It should be noted that the image path/filename given in the. If new images are added, they should be placed within the /img directory. The image value can left blank without consequence, and will just result in no image being displayed for that compound. (Please note the coefficeint examples ARE NOT actual values) There are a total of 13 entries per compound in the.
Each compound is located on a new line (row) in the. command: java -jar kcalc.jar path/m圜ompoundData.csv) Adding New CompoundsĪdding new compounds can be trivially done by editing the. csv file that is not the default, simply call the program from terminal using the. To run the program using compound information from a.
jar file is located in, there must be a directory called img, in which all compound icons are located in. csv path and file name.Ībove the directory the. jar without arguments through the terminal, it will launch using the default. csv file, from which all the compound names, coefficients, and icons paths are. jar can be called from terminal using the standard command: java -jar kcalc.jar. jar can be run by double clicking on the icon from a file explorer. This calculator essentially acts as a DePrieseter chart, calculating the vapor-liquid equilibrium ratio (ie K-Value) for a variety of compounds at a particular temperature and pressure.
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