Index Catalog // ScholarsArchive@OSU

Creator:: Bayan, Ghawamedin
Abstract:: A cascade crosscurrent column, packed with Pall rings, was employed for ammonia absorption from ammonia-rich air phase by contacting with water. Absorption efficiency was presented as the percentage of NH₃ removed as well as the volume of a transfer unit. A review of the literature concerning the theoretical and experimental...
Resource Type:: Dissertation
Full Text:: PACKED COLUMN Abstract approved: Redacted for Privacy Dr. Charles E. Wicks A cascade crosscurrent

Creator:: Al Dahhan, Muthana H.
Abstract:: A contactor has been designed and constructed for experimental studies of mass transfer with or without chemical reaction between two fluid phases. The contactor is flexible enough to investigate a wide range of variables affecting mass transfer coefficients. It is easy to operate; it could be operated either as a...
Resource Type:: Masters Thesis
Full Text:: ACKNOWLEDGMENTS I wish to express my thanks and gratitude to Dr. Charles E. Wicks, my major professor, for his

Creator:: Kaster, Suzanne Snead Perry
Abstract:: A cascade crosscurrent column, packed with Pall rings, was employed for carbon dioxide absorption from a carbon dioxide-rich air phase by contacting with water. Absorption efficiency was presented as the percentage of CO₂ removed versus gas flow rates for constant liquid to gas ratios (L/G). Curves were developed for an...
Resource Type:: Masters Thesis
Full Text:: . Charles E. Wicks A cascade crosscurrent column, packed with Pall rings, was employed for carbon dioxide

Creator:: Towle, Betsy
Abstract:: The performance of a multiple stage crosscurrent tower packed with Pall rings was characterized with and without a recycle loop on the gas stream. The column used 12 baffles. The absorption system studied was the transfer of oxygen from an oxygen-enriched air stream into a water stream which is a...
Resource Type:: Masters Thesis
Full Text:: Abstract approved: Dr. Charles E. Wicks The performance of a multiple stage crosscurrent tower packed

Creator:: Kirk, Raymond W.
Abstract:: This study evaluates the feasibility of retrofitting a rotary dryer to a hog fuel boiler, using the boiler exhaust gases as the drying medium. Two simulation models were developed. As substantiated by experimental measurement of existing boiler/dryer systems, each model accurately predicts system performance given site-specific parameters such as boiler...
Resource Type:: Masters Thesis
Full Text:: Abstract approved: Redacted for Privacy Charles E. Wiens This study evaluates the feasibility of

Creator:: Gilson, Thomas L.
Abstract:: Mass transfer from a single rising gas bubble in water may be analyzed by numerical methods. In this study the simultaneous differen- tial equations which describe two component mass transfer from a rising gas bubble are solved by numerical integration. This is accomplished using a computer model which employs a...
Resource Type:: Masters Thesis
Full Text:: Charles 5. Wicks Mass transfer from a single rising gas bubble in water may be analyzed by numerical

Creator:: Davis, Daniel S. (Daniel Scott), 1958-
Abstract:: A multi-stage, crosscurrent column, packed with Pall rings, was employed for oxygen absorption from an oxygen-rich air phase by contacting with water. Mass transfer data were collected for the column using 6 and 12 baffles and employing a partial gas phase recycle. Data were also collected from a countercurrent column...
Resource Type:: Masters Thesis
Full Text:: a Multi-Stage, Crosscurrent Packed Column Abstract approved: Redacted for Privacy Dr. Charles E

Creator:: Adolf, Ronald L.
Abstract:: Ozone was found to quickly reduce the concentration of lead in a prepared solution when the solution pH of said solution was greater than 7.0. When a solution having a pH of greater than 7.0 was filtered the concentration of lead was less than approximately 1.0 ppm. 1.0 ppm is...
Resource Type:: Masters Thesis
Full Text:: Derivation of Kinetics Equation 38 Appendix B Example Calculation of Ozone 39 Concentration in Gas Stream

ScholarsArchive@OSU