Download Handbook of Chemical Engineering Calculations by Tyler G. Hicks, Nicholas Chopey PDF

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By Tyler G. Hicks, Nicholas Chopey

Resolve chemical engineering difficulties quick and accurately
Fully revised all through with new systems, instruction manual of Chemical Engineering Calculations, Fourth version indicates how one can remedy the most process-related difficulties that regularly come up in chemical engineering perform. New calculations mirror the most recent eco-friendly applied sciences and environmental engineering standards.
Featuring contributions from international specialists, this accomplished advisor is filled with worked-out numerical systems. sensible innovations assist you to unravel difficulties manually or through the use of computer-based tools. by way of following the calculations awarded during this ebook, it is possible for you to to accomplish actual effects with minimum effort and time.

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Example text

4. Compute the constant αc for ethanol. 681, P* = 1 atm. So, in the Thek-Stiel equation, the A term is at those conditions. 078. 5. Compute the vapor pressure of ethanol. 626. 5 kPa). 291 atm, so the error in this case is negligible. Related Calculations. For nonpolar liquids, use the Lee-Kesler generalized correlation. For polar liquids and those having a tendency to form hydrogen bonds, the Lee-Kesler equation does not give satisfactory results. For predicting vapor pressure of those types of compounds, use the Thek-Stiel correlation.

2. Compute the gas constant. Apply suitable conversion factors and obtain the gas constant in various units. Use PV = RT; that is, R = PV/T. Thus, a. 05 (atm)(cm3)/(g ⋅ mol)(K) b. 73 (psia)(ft3)/(lb ⋅ mol)(°R) c. 315 (atm)(ft3)/(lb ⋅ mol)(K) d. 83 × 10−4 kWh/(lb ⋅ mol)(°R) e. 82 × 10−4 hp ⋅ h/(lb ⋅ mol)(°R) f. 31 (kPa)(m3)/(kg ⋅ mol)(K) g. 2 ESTIMATION OF CRITICAL TEMPERATURE FROM EMPIRICAL CORRELATION Predict the critical temperature of (a) n-eicosane, (b) l-butene, and (c) benzene, using the empirical correlation of Nokay.

1 MOLAR GAS CONSTANT Calculate the molar gas constant R in the following units: a. (atm)(cm3)/(g ⋅ mol)(K) b. (psia)(ft3)/(lb ⋅ mol)(°R) c. (atm)(ft3)/(lb ⋅ mol)(K) d. kWh/(lb ⋅ mol)(°R) e. hp ⋅ h/(lb ⋅ mol)(°R) f. (kPa)(m3)/(kg ⋅ mol)(K) g. cal/(g ⋅ mol)(K) Calculation Procedure 1. Assume a basis. 4 L. 2. Compute the gas constant. Apply suitable conversion factors and obtain the gas constant in various units. Use PV = RT; that is, R = PV/T. Thus, a. 05 (atm)(cm3)/(g ⋅ mol)(K) b. 73 (psia)(ft3)/(lb ⋅ mol)(°R) c.

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