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38 results on '"Hansen, Conly L."'

1. List of Contributors

Author

Abdel-Hadi, Ali, primary, Adams, Brian T., additional, Ahmad, Imran, additional, Ahn, Juhee, additional, Balasubramaniam, V.M., additional, Barron, Felix H., additional, Bowser, Timothy J., additional, Bucklin, Ray, additional, Cheong, Dae Yeol, additional, Clemente, Isabel, additional, Farid, Mohammed, additional, Goff, H. Douglas, additional, Haley, Timothy A., additional, Hansen, Conly L., additional, Hughes, Harold A., additional, Keener, Kevin M., additional, Kerr, William L., additional, Lyng, James G., additional, Marella, C., additional, Mark Hanna, H., additional, McKenna, Brian M., additional, Mittal, Gauri Shankar, additional, Montross, Michael, additional, Morgan, Mark T., additional, Muthukumarappan, Kasiviswanathan, additional, Noomhorm, Athapol, additional, Nowatzki, John, additional, Perera, Anne D., additional, Perera, Conrad O., additional, Quick, Graeme R., additional, Ramaswamy, Raghupathy, additional, Reinemann, Douglas J., additional, Riaz, Mian N., additional, Saona, Luis Rodriguez, additional, Singh, Jay, additional, Singh, S. Paul, additional, Sunkesula, V., additional, Swamy, Gabriela John, additional, Teferra, Tadesse F., additional, Teixeira, Arthur A., additional, Thompson, Sid, additional, Yousef, Ahmed E., additional, and Zhong, Qixin, additional

Published
2019
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8. List of Contributors

Author

Abdel-Hadi, Ali, primary, Adams, Brian T., additional, Ahmad, Imran, additional, Ahn, Juhee, additional, Balasubramaniam, V.M., additional, Barron, Felix H., additional, Bowser, Timothy J., additional, Bucklin, Ray, additional, Daubert, Christopher R., additional, Farid, Mohammed, additional, Goff, H. Douglas, additional, Haley, Timothy A., additional, Hanna, H. Mark, additional, Hansen, Conly L., additional, Hughes, Harold A., additional, Keener, Kevin M., additional, Kerr, William L., additional, Lyng, James G., additional, Marella, Chenchaiah, additional, McKenna, Brian M., additional, Mittal, Gauri Shankar, additional, Montross, Michael, additional, Morgan, Mark T., additional, Muthukumarappan, Kasiviswanathan, additional, Noomhorm, Athapol, additional, Nowatzki, John, additional, Paul Singh, S., additional, Perera, Conrad O., additional, Quick, Graeme R., additional, Ramaswamy, Raghupathy, additional, Reinemann, Douglas J., additional, Riaz, Mian N., additional, Rodriguez Saona, Luis, additional, Singh, Jay, additional, Smith, Bronwen, additional, Teixeira, Arthur A., additional, Thompson, Sid, additional, Yeol Cheong, Dae, additional, Yousef, Ahmed E., additional, and Zhong, Qixin, additional

Published
2013
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12. Contributor contact details

Author

Waldron, Keith W., primary, Frewer, Lynn, additional, Gremmen, Bart, additional, Sherman, Rhonda L., additional, Klemeš, Jiři, additional, Perry, Simon John, additional, Brocklehurst, Tim F., additional, Saltveit, Mikal E., additional, Smith, Andrew C., additional, Bélafi-Bakó, Katalin, additional, Walker, Terry H., additional, Patel, Paresh, additional, Cantrell, Keri, additional, Ditgens, Birgit, additional, Zhang, Ruihong, additional, El-Mashad, Hamed M., additional, Smithers, Geoffrey W., additional, Roupas, Peter, additional, De Silva, Kirthi, additional, Ferguson, Alan, additional, Durham, Rosalie J., additional, Hourigan, J.A., additional, Goldhor, Susan, additional, Regenstein, Joe M., additional, Panouillé, Maud, additional, Ralet, Marie-Christine, additional, Bonnin, Estelle, additional, Thibault, Jean-François, additional, Tomás-Barberán, Francisco A., additional, Femenia, Antoni, additional, Bechtold, Thomas, additional, Mahmud-Ali, Amalid, additional, Mussak, Rita, additional, Arienzo, Michele, additional, Violante, Pietro, additional, Bolzonella, David, additional, Cecchi, Franco, additional, Pavan, Paolo, additional, Orsat, Valérie, additional, Raghavan, G. S. Vijaya, additional, and Hansen, Conly L., additional

Published
2007
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13. Contributors

Author

Abdel-Hadi, Ali, primary, Adams, Brian T., additional, Ahmad, Imran, additional, Ahn, Juhee, additional, Balasubramaniam, V.M., additional, Barron, Felix H., additional, Bowser, Timothy J., additional, Bucklin, Ray, additional, Cheong, Dae Yeol, additional, Daubert, Christopher R., additional, Farid, Mohammed, additional, Douglas Goff, H., additional, Haley, Timothy A., additional, Mark Hanna, H., additional, Hansen, Conly L., additional, Hughes, Harold A., additional, Keener, Kevin M., additional, Kerr, William L., additional, Lyng, J.G., additional, Marella, Chenchaiah, additional, McKenna, B.M., additional, Mittal, Gauri S., additional, Montross, Michael, additional, Morgan, Mark T., additional, Muthukumarappan, K., additional, Noomhorm, Athapol, additional, Perera, Conrad O., additional, Quick, Graeme R., additional, Ramaswamy, Raghupathy, additional, Reinemann, Douglas J., additional, Saona, Luis Rodriguez, additional, Singh, Jay, additional, Paul Singh, S., additional, Sirisoontaralak, Porntip, additional, Smith, Bronwen, additional, Teixeira, Arthur A., additional, Thompson, Sid, additional, Yousef, Ahmed E., additional, and Zhong, Qixin, additional

Published
2007
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14. Fostering new tools at the intersection of biology and engineering

Author

Fridley, James L., Dooley, James H., Hansen, Conly L., Isaacs, Gerald W., Hunter, Jean B., Walker, Paul N., Young, Roy E., Kaiser, G. Ellen, Stokes, Bryce J., and Wiedemann, Harold T.

Subjects
Bioengineering -- Usage, Agricultural engineering -- Research, Agricultural industry, American Society of Agricultural Engineers -- Planning
Abstract

The American Society of Agricultural Engineers is thinking of incorporating biological engineering into its profession as a discipline. The Emerging Technologies Division of the society examines the impact of biological engineering on applications, employment and education. New ground will be broken in many fields, including biocompatible materials, biomechanics, food culture and processing.

Published
1993

15. Accepting biological engineering as a science base for the discipline

Author

Teixeira, Arthur A., Bresnahan, David, Garcia, Albert III, Hansen, Conly L., Sukup, Charles E., and Wells, John Henry

Subjects
Bioengineering -- Usage, Agricultural engineering -- Research, Agricultural industry, American Society of Agricultural Engineers -- Planning
Abstract

The American Society of Agricultural Engineers is thinking of integrating biological engineering into its fields of discipline. The Food and Process Engineering Institute of the society examines the impact of bioengineering on the practice of food processing. It believes that this action will expand the profession's coverage and increase employment and will require a strengthening of the educational curriculum for agricultural engineers.

Published
1993

17. Implementation of Package IBR Anaerobic Digester at the Ohio State University

Author

Dustin, J. Shaun, Yu, Zhongtang, Hansen, Conly L., and Dustin, Jacob D.

Subjects
Anaerobic, Dairy, Induced Bed Reactor (IBR), Digestion, Pilot
Abstract

The Induced Bed Reactor (IBR) is a high rate anaerobic digester designed to treat high-solids, high strength wastes, such as those found in dairy manures and mixed solid wastes. The IBR has been successfully operated at bench, pilot and full scale. The objective of this paper is to present design and implementation of a 3,800 L pilot scale facility at The Ohio State University's OARDC facility in Wooster, OH for testing and optimization of IBR systems at small dairies.

Published
2012

36. Bacterial stress enrichment enhances anaerobic hydrogen production in cattle manure sludge.

Author

Dae-Yeol Cheong and Hansen, Conly L.

Subjects
*WASTEWATER treatment, *ANAEROBIC bacteria, *HYDROGEN production, *ACIDIFICATION, *PERCHLORIC acid
Abstract

Methodology was evaluated to selectively enrich hydrogen-producing species present in biological sludge produced during organic wastewater treatment. The influence of bacterial stress enrichment on anaerobic hydrogen-producing microorganisms was investigated in batch tests using serum bottles. Enrichment conditions investigated included application of acute physical and chemical stresses: wet heat, dry heat and desiccation, use of a methanogen inhibitor, freezing and thawing, and chemical acidification with and without preacidification of the sludge at pH 3. For each enrichment sample, cultivation pH value was set at an initial value of 7. After application of selective enrichment (by bacterial stress), hydrogen production was significantly higher than that of untreated original sludge. Hydrogen production from the inocula with bacterial stress enrichment was 1.9–9.8 times greater when compared with control sludge. Chemical acidification using perchloric acid showed the best hydrogen production potential, irrespective of preacidification. Enhancement is due to the selective capture of hydrogen-producing sporeformers, which induces altered anaerobic fermentative metabolism. [ABSTRACT FROM AUTHOR]

Published
2006
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