| |
Title |
Size |
Source |
| 1 |
Design
techniques for sizing packed towers |
479
kb |
John
S. Eckert, The U.S. Stoneware Co.
CEP Vol. 57 #9 |
| 2 |
Predict
Flood Point and Pressure Drop for Modern Random Packings |
1518
kb |
Henry
Z. Kister, Brown & Root Braun, Inc. and
David R. Gill, Simulation Sciences Inc.
CEP Vol. 87 #2 |
| 3 |
Gas
Absorption:
Liquid Transfer Coefficients for the Carbon Dioxide-air-water
System |
601
kb |
Howard
A. Koch, JR.,
Leroy F. Stutzman,
Harold A. Blum,
Leroi E. Hutchings
Northwestern Technological Institute,
Northwestern University, Evanston, Illinois.
CEP Vol. 45 #11 |
| 4 |
Reactions
and Separations:
Understand the basic of Packed-Column Design |
1675
kb |
A.
K. Coker,
A.K.C. Technology
CEP Vol. 87 #11 |
| 5 |
How
Tower Packings Behave |
505
kb |
John
S. Eckert, Norton Co.
Chemical Engineering April 14, 1975 |
| 6 |
Rate
of Absorption and Equilibrium of Carbon Dioxide in Alkaline Solutions |
472
kb |
R.
V. Williamson
J. H. Mathews
University of Wisconsin, Madison, Wis.
Industrial and Engineering Chemistry November 1924 |
| 7 |
Random
Packings |
4974
kb |
Koch
Glitsch |
| 8 |
Structured
Packings |
5248
kb |
Koch
Glitsch |
| 9 |
Packed
Towers |
3434
kb |
Ernest
E. Ludwig
Applied Process Design for Chemical and Petrochemical Plants,
Volume 2, Second Edition |
| 10 |
Closed
coupled Bronze Centrifugal Pump |
205
kb |
Oberdorfer
Pumps
A Subsidiary of Thomas Industries Inc. |
| 11 |
Gas
Absorption in a Packed Tower |
8
kb |
|
| 12 |
Absorption
of Carbon Dioxide in Sodium Carbonate-Bicarbonate Solutions |
425
kb |
C.
R. Harte, Jr
E. M. Baxer,
H. H. Purcell,
University of Michigan,
Ann Arbor, Mich. |
| 13 |
Rate
of Absorption of Carbon Dioxide |
1070
kb |
Lauren
B. Hitchcook,
University of Virginia,
Charlottesville, Va. |
| 14 |
Absorption
of Carbon Dioxide in Aqueous Alkalies |
259
kb |
Henry
J. Welge,
Agricultural and Mechanical College of Texas,
College Station, Texas |
| 15 |
Performance of Drip-Point Grid
Tower Packings
V. Absorption of ethanol vapor |
934 kb |
M. C. Molstad
L. F. Parsly, Jr.
University of Pennsylvania, Pa. |
| 16 |
The Rossette
A new packing for diffusional operations based on high
interstitial holdup |
786 kb |
A. J. Teller
Fenn College, Cleveland, Ohio |
| 17 |
Fiberglas
packing in Gas-Absorbing system |
1133 kb |
G. C. Williams
R. B. Akell
C. P. Talboot
University of Louisville, Louisville, Kentucky |
