espace at MMU >
Faculty of Science and Engineering >
Department of Biological Sciences Research: Fermentation and Industrial Microbiology (Biotechnology) >
Browsing "Department of Biological Sciences Research: Fermentation and Industrial Microbiology (Biotechnology)" by Issue Date
Showing results 1 to 20 of 21
|Issue Date||Title||Author(s)||Nov-2008 ||Optimization of biobleaching of paper pulp in an expanded bed bioreactor with immobilized alkali stable xylanase by using response surface methodology||Senthilkumar, Sundar R.; Dempsey, Michael J.; Krishnan, Chandraraj; Gunasekaran, Paramasamy
||9-Jan-2008 ||Particulate biofilm technology for wastewater treatment||Dempsey, Michael J.; Boltz, Joshua P.; McQuarrie, James; Johnson, Barrie; Daigger, Glen T.
||2006 ||Natural immobilisation of microorganisms for continuous ethanol production||Baptista, Cristina; Cóias, João M.A.; Oliveira, Ana C.M.; Oliveira, Nuno M.C.; Rocha, Jorge M.S.; Dempsey, Michael J.; Lannigan, Kevin C.; Benson, Paul S.
||2006 ||The expanded bed biofilter: combined nitrification, solids destruction, and removal of bacteria||Dempsey, Michael J.; Porto, Inaee; Mustafa, M.; Rowan, Arlene K.; Brown, Angela; Head, Ian M.
||19-Jul-2005 ||Thermal inactivation of alkali stable xylanases (XylA & XylB) from alkali tolerant fungus Aspergillus fischeri Fxn 1: effect of trehalose on their thermostability||Rajan, Senthilkumar S.; Balasubramaniem, Ashokkumar; Krishnan, Chandraraj; Dempsey, Michael J.; Paramasamy, Gunasekaran
||Mar-2005 ||Particulate-biofilm, expanded-bed technology for high-rate, low-cost wastewater treatment: Nitrification||Dempsey, Michael J.
||Sep-2004 ||Expanded-bed technology for low-cost, high-rate biological wastewater treatment||Dempsey, Michael J.; Minall, Rowland J.; Lannigan, Kevin C.
||Sep-2003 ||Flow-distribution and biofilm-control in expanded and fluidized bed biological treatment process||Dempsey, Michael J.
||Aug-2003 ||Adhesion screening for natural immobilization||Dempsey, Michael J.; Mutch, Kevin P.
||Aug-2003 ||Wastewater filtration by a biological fluidized bed process||Dempsey, Michael J.
||Aug-2003 ||Off-gas analysis: a clearer window on microbial physiology?||Dempsey, Michael J.
||Aug-2003 ||Linking dynamic changes in off-gas concentrations to consumption of exogenous and endogenous substrates by Escherichia coli||Dempsey, Michael J.; Benson, Paul S.; McMahon, Adam W.
||3-Jun-2003 ||Nitrification process [US Patent Application No. 09/830418]||Dempsey, Michael J.
||9-Oct-2002 ||Improvements in and relating to fluid bed expansion and fluidization [UK Patent Application no. 0223472.2]||Dempsey, Michael J.
||11-Oct-2001 ||Improvements in and relating to fluid bed expansion and fluidization [UK Patent Application no. 0124433.4]||Dempsey, Michael J.
||1-Aug-2001 ||Continuous affinity-based selection: rapid screening and simultaneous amplification of bacterial surface-display libraries||Patel, Dipak; Vitovski, Srdjan; Senior, H. Jennifer; Edge, Michael D.; Hockney, Robert C.; Dempsey, Michael J.; Sayers, Jon R.
||Sep-2000 ||Biofilm development for a nitrification process||Lannigan, Kevin C.; Dempsey, Michael J.
||Sep-2000 ||Nitrifying biofilms: structure, co-operation and performance||Dempsey, Michael J.
||Apr-2000 ||Expanded bed groundwater treatment||Dempsey, Michael J.; Cowl, James; Štembal, Tamara; Sipos, Laszlo
||Oct-1998 ||Nitrification process [UK Patent Application no. WO0024682||Dempsey, Michael J.
Showing results 1 to 20 of 21