Page 239 - Applied Process Design For Chemical And Petrochemical Plants Volume II
P. 239
228 Applied Process Design for Chemical and Petrochemical Plants
231. Ester, H. Z., and I. D., Doig, “Distillation Pressure Ups Coulter, K E., “Part I: Applied Distillation-Fundamentals,” Pet.
Thruput,” Hydro. hoc. July (1977), p. 132. Re? V. 31, No. 8 (1952) p. 95.
232. Billet, R. and L., Raichle, “Optimizing Method for Vacuum Coulter, K. E., “Part 11: Applied Distillation-Bubble Cap and
Rectification, Part I,” Chem. Eng. Feb. 13 (1967), p. 143 and Packed Distillation Columns,” Pet. Re? V. 31, No. 10 (1952).
Part 11, Feb. 27 (1967), p. 149. Coulter, K E., “Part 111: Applied Distillation-Dehydration
233. Norton Chemical Process Products Corp., Akron, Ohio. Columns and Steam Distillation,” Pet. Re& V. 31, No. 11 (1952).
234. Starling, K. E., Ruid Thermodynamic Properties for Light Petrob Coulter, K E., “Part N: Applied Distillation-Column Control,”
um S)stems, Gulf Pub. Co. (1973). Pet. RejV. 31, No. 12 (1952).
235. Winn, F. W., “Equilibrium K’s by Nomograph,” Pet. Ref V. 33 Davidson, J. W. and G. E. Hayes, “Ethylene Purification, Process
(1954). Design of Ethylene-Ethane Fractionator,” Chem Eng. hog. V.
236. Nutter, D. E., private communication. 34, No. 12 (1958), p. 52.
237. Lockett, M. J., “Distillation Try Fundamentals,” Cambridge Eckhart, R. A., and A. Rose, “New Method for Distillation Pre-
University Press, Cambridge, U.K. (1986). diction,” Hjdro. Pmc. V. 47, No. 5 (1968), p. 163.
238. Urva, I. J. and M. C. G., del Cerro, “Liquid Residence Time Economopoulos, A. P., “A First Computer Method for Distilla-
in Downcomers for Foaming and Non-Foaming System,” in tion Calculations,” Chem. Eng. April 24 (1978), p. 91.
Gas Separation and Purification, LT. 6, No. 2 (1992) p. 71. Eichel, F. G., “Efficiency Calculations for Binary Batch Rectifica-
239. Nutter, D. E. and D., Perry, “Sieve Tray Upgrade 2.0-The tion with Holdup,” Chem. Eng. July 18 (1966), p. 139.
MVG (TM) Tray,” presented at the AIChE Spring National English, G. E. and M. Van Winkle, “Efficiency of Fractionating
Meeting, Houston, Texas, March 22, 1995, unpublished, Columns,” Chem. Eng. No. 11 (1963), p. 241.
copyright by Nutter Engineering, Harsco Corporation. Fair, J. R., W. L., Bolles, and W. R. Nisbet, “Ethylene Purification-
240. American Petroleum Institute, Technical Data Book- Demethanization,” Chem. Eng. hog. V. 34, No. 12 (1938), p.
39.
Petroleum Refining, Port City Press Inc., Baltimore, Md Finelt, S., “Better C3 Distillation Pressure,” Hydro. hoc., V. 58, No.
(1966).
2 (1979) p. 95.
241. Gallant, R. W., Hydrocarbonhocessing, V. 47, No. 8 (1968), p. Golden, S. W., N. P. Lieberman, and E. T. Lieberman, “Trou-
127.
242. Perry, J. H. (editor), Chemical Engineers’ Handbook, McGraw- bleshoot Vacuum Columns with Low Capital Methods,”
Hydro. Proc. V. 72, No. 7 (1993), p. 81.
Hill Book Co., New York, (1963). Gordon, K. F., J. A Davies, “Distillation,” ReJining En@ Feb.
243. Wilke, C. R, Chang, P., AZChEJ., V. 1 (1955), p. 264. (1960) p. G31.
Graven, R G., “For Multicomponent Rigorous Distillation
Method,” Pet. R$ May (1959), p. 209.
Bibliography Grosberg, J. A. and G. E. Mapstone, “Short-Cut to V-L Equilibria
Solutions,” Pet. Re? Mar. (1955), p. 193.
Alleva, R. Q., “Improving McCabe-Thiele Diagrams,” Chem. Eng. Guerreri, G., “Short Cut Distillation Design: Beware,” Hydro Roc.
Aug. 6 (1962) p. 111. V. 48, No. 8 (1969), p. 137.
Barna, B. A. and R. F. Ginn, “Tray Estimates for Low Reflux,” Guerreri, G., “Graphs Show MethaneEthylene Split,” Hydro.
hoc. V. 48, No. 8 (1967), p. 108.
Hydm. hoc. V. 64, No. 3 (1983), p. 115.
Berg, L., S. V. Buckland, W. B. Robinson, R. L. Nelson, T. K Huan-Yang Chang, “Gilliland Plot in One Equation,” Hydro.
hoc., V. 60, No. 10 (1981), p. 146.
Wilkinson, and J. W. Petrin, “More on Azeotropic Distilla- Humphrey, J. L. and A. F. Siebert, “New Horizons in Distillation,”
tion,” Hydro Pmc. \’. 45, No. 2 (1966), p. 103. Chem. Eng. Dec. (1992), p. 86.
Billet, R. and L. Rakhle, “Optimizing Method for Vacuum Recti- Ibid., “Separation Technologies: An Opportunity for Energy Sav-
fication-Part I,” Chem. Eng. Feb. 13 (1967), p. 145. ings,” Chem. Eng. hog. V. 88, No. 3 (1992), p. 31.
Zbid, “Operating Method for Vacuum Rectification-Part 11,” Hunting, R. D., and J. W. Robinson, ”Predict Composition of
Chem. Eng. Feb. 27 (1967) p. 149. Binary Mixtures,” Chem. Eng., July 9 (1984), p. 91.
Bopton, G. W., “Iteration Solves Distillation,” Hjdro. Proc. Jan. Kesler, M., “Shortcut Program for Multicomponent Distillation,”
(1970), p. 153. Chem. Eng. V. 88, No. 9 (1981), p. 85.
Brinkley, M. J., “New Developments in Petrochemicals Distilla- Lanz, W. T., “Absorption Factor to Keep Lean-Oil Rate Down,”
tion Equipment Technology,” Seminar No. 34, Dec. 10 Oil and Gas lour: Tulv 13 (1957) P. 88.
(1987) New York, by Glitsch, Inc., Bulletin No. 379. Lenoir, J. M., “Piedic; Fhh Points kcurately,” Hydro. Proc. Jan.
Burningham, D. W. and F. D. Otto, “Which Computer Design for (1975), p. 95.
Absorbers?” Hydrocarbon Processing, 46, Oct. (1967), p. 163. Lieberman, N. P., “Checklist Is Key to Dealing with Distillation
Buthod, P., N. Perez, and R Thompson, “Program Constants Troubles,” Oil and Gas Jou?: Sept. 10 (1979) p. 121.
Developed for SRK Equation,” Oil and Ges Jou?: Nov. 27 Bid, “Processes Show Signs of Fouled Trays,” Feb. 2 (1981), p. 98.
(1978) p. 60. Maddox, R. N. and J. H. Erbar, “Equilibrium Calculations by
Chou, A., A. M. Fayon, and B. M. Bauman, “Simulations Provide Equations of State,” Oil and Gas Jour Feb. 2 (1981), p. 74.
Blueprint for Distillation Operation,” Chem. Eng. June 7 Madsen, N., “Finding the Right Reflux Ratio,” Chem. Eng., V. 78,
(1976), p. 131. No. 25 (1971), p. 73.
Chou, Yung-ho, “Understand the Potential of Sub-cooled Distil- Mankey, D. B., “A Better Method for Calculating Relative Volatil-
late Condensate,” Ch. Eng. hog. \’. 88, No. 6 (1992), p. 3. ity,” Hydro. Roc. Jan. (1972), p. 113.
Coates, Jesse and B. S. Pressburg, “Analyze Absorption in Gas McWilliams, M. L., “An Equation to Relate K-Factors to Pressure
Separations,” Chem. Engx Oct. 3 (1960) p. 99. and Temperature,” Chem. Eng. Oct. 29 (1973) p. 138.
Coates, J. and B. S. Pressburg, “Adsorption Theory Guides Meili, A., “Heat Pumps for Distillation Columns,” Chem. Eng.
Process Design,” Chem. Eng. Feb. 19 (1962), p. 129. hog. V 86, No. 6 (1990), p. 60.