Membrane Filtration – Microfiltration

Hodgson I.O.A. and Wakeman R.J., 2005.  Removal of Metal ions Using Deadend Filtration, Water SA, 31(3), 413-416.

Šmídová D., Mikuláśek P., Kőrösová M. and Wakeman R.J., 2004.  Influence of Ionic Strength and pH of Dispersed Feeds on Microfiltration, Scientific Papers of The University of Pardubice Series A, 10, 319-330.

Šmídová D., Mikulášek P., Wakeman R.J. and Velikovská P., 2004.  Charge Effects of Dispersed Systems and Membrane Surface on Cross-Flow Microfiltration, Filtration, 4, 204-209.

Pospíšil P., Wakeman R.J., Hodgson I.O.A. and Mikulášek P., 2004.  Shear Stress-Based Modelling of Steady State Permeate Flux in Microfiltration Enhanced by Two-Phase Flows, Chemical Engineering Journal, 97, 257-263.

Šmídová D., Mikulášek P., Wakeman R.J. and Velikovská P., 2003.  Influence of Ionic Strength and pH of Dispersed Feeds on Microfiltration, PERMEA 2003, Tatranské Matliare, Slovakia, 7-11 September, Paper No. 174.  (Also in Desalination, 163, 2004, 323-332).

Gésan-Guiziou G., Wakeman R.J. and Daufin G., 2002.  Stability of Latex Crossflow Filtration: Cake Properties and Critical Conditions of Deposition, Chemical Engineering Journal, 85, 27-34.

Wakeman R.J., Zhang G.M., Koenders M.A. and Meuric O.F.J., 2000.  Dead-End Constant Flow Rate Microfiltration with Periodic Backwashing, Proc. 8th World Filtration Congress, The Filtration Society, Brighton, 3-7 April, pp. 445-448.

Gésan-Guiziou G., Wakeman R.J. and Daufin G., 1999.  Particle Deposition in Crossflow Filtration of Latex: Critical Conditions and Properties of the Cake Layer, Proc. 2nd European Congress of Chemical Engineering, European Federation of Chemical Engineers, Montpellier, France, 5-7 October, CD ROM Record No. 09100002.

Mikulášek P., Wakeman R.J. and Marchant J.Q., 1999.  The Rheological Behaviour and Crossflow Microfiltration of Concentrated, non-Newtonian Dispersions, Chemical and Biochemical Engineering Quarterly, 13, 73-80.

Akay G., Odirile P.T., Keskinler B. and Wakeman R.J., 1999.  Crossflow Microfiltration Characteristics of Surfactants:  The Effects of Membrane Physical Chemistry and Surfactant Phase Behaviour on Gel Polarization and Rejection, ACS Symposium Series 740, Ed. J.F.Scamehorn and J.H.Harwell, American Chemical Society, 175-200.

Mikulášek P., Wakeman R.J. and Marchant J.Q., 1998.  Crossflow Microfiltration of Shear Thinning Aqueous Titanium Dioxide Dispersions, The Chemical Engineering Journal, 69, 53-61.

Mikulášek P., Wakeman R.J. and Marchant J.Q., 1998.  Crossflow Filtration of Concentrated, non-Newtonian Suspensons, Proc. 13th Int. Congress of Chemical and Process Engineering, Praha, Czech Republic, 23-28 August.

Marchant J.Q. and Wakeman R.J., 1997.  Crossflow Microfiltration of Concentrated Titania Suspensions, The IChemE Research Event, 2, The Institution of Chemical Engineers, Nottingham, pp 1061-1064.

Wakeman R.J., 1995.  Factors Controlling the Dewatering of Mineral Suspensions by Crossflow Microfiltration, Proc. Int. Symposium on Filtration and Separation, Asociacion Iberica de Filtracion y Separacion, Salamanca, pp 11-20.

Akay G. and Wakeman R.J., 1994.  Permeate Flux Decay During Crossflow Microfiltration of a Cationic Surfactant Dispersion, Filtration and Separation, 31(7), 727-731.

Akay G. and Wakeman R.J., 1994.  Mechanisms of Permeate Flux Decay, Solute Rejection and Concentration Polarisation in Crossflow Filtration of a Double Chain Ionic Surfactant Dispersion, Journal of Membrane Science, 88, 177-195.

Tarleton E.S. and Wakeman R.J., 1994.  Understanding Flux Decline in Crossflow Microfiltration:  Part III - Effects of Membrane Morphology, Transactions of Institution of Chemical Engineers, 72(A), 521-529.

Tarleton E.S. and Wakeman R.J., 1994.  Understanding Flux Decline in Crossflow Microfiltration:  Part II - Effects of Process Parameters, Transactions of the Institution of Chemical Engineers, 72(A), 431-440.

Wakeman R.J. and Akay G., 1995.  Concentration and Fractionation of Polyvinyl Alcohol - Anionic Surfactant Stabilised Latex Dispersions by Microfiltration, Journal of Membrane Science, 106, 57-65.

Wakeman R.J., 1994.  Visualisation of Cake Formation in Crossflow Microfiltration, Transactions of The Institution of Chemical Engineers, Part A, 72, 530-540.

Akay G. and Wakeman R.J., 1994.  Crossflow Microfiltration Behaviour of a Double Chain Surfactant Dispersion in Water - I: The Effect of Process and Membrane Characteristics on Permeate Flux and Surfactant Rejection, Chemical Engineering Science, 49(2), 271-283.

Akay G. and Wakeman R.J., 1993.  Mechanisms of Permeate Flux Decay, Solute Rejection and Concentration Polarisation in Crossflow Filtration of a Double Chain Ionic Surfactant Dispersion, June, Separation Processes Centre Report No. 10/93, No. URPSL Rept EEng 0734.

Akay G. and Wakeman R.J., 1993.  Permeate Flux Decay During Corssflow Microfiltration of a Cationic Surfactant Dispersion, Proc. FILTECH Europa Conference, The Filtration Society, Karlsruhe, pp 221-232.

Tarleton E.S. and Wakeman R.J., 1993.  Understanding Flux Decline in Crossflow Microfiltration:  Part I - Effects of Particle and Pore Size, Transactions of the Institution of Chemical Engineers, Part A, 71, 399-410.

Wakeman R.J. and Smith C., 1993.  Visualisation of Particulate Foulant Layer Formation in Microfiltration, Proc. IChemE Research Event, The Institution of Chemical Engineers, Birmingham, pp 543-545.

Wakeman R.J., Smith, C. and Tarleton, E.S., 1992.  Particle Dynamics in Suspensions Flowing Tangentially to Porous Surfaces, November, Separation Processes Centre, No. Report No. 6/92.

Akay G. and Wakeman R.J., 1992.  Molecular Transport Through Membranes and Their Fouling by Constituents of Waste Detergent Liquors: Development of the Theoretical Basis for Crossflow Filtration of Surfactant Bearing Solutions, September, Separation Processes Centre Report No. 4/92, No. URPSL Rept EEng 0655.

Akay G. and Wakeman R.J., 1992.  Molecular Transport Through Membranes & Fouling by Constituents of Waste Detergent Liquors: Effects of Membrane Physico-chemistry on the Gel Polarisation & Rejection Efficiency of a Double Chain Cationic Surfactant in Water during Microfiltration, July, Separation Processes Centre Report No. 3/92, No. URPSL Rept EEng 0595.

Wakeman R.J. and Smith, C., 1992.  Deposition of Particulate Fouling Layers in Crossflow Filtration Processes, Proc. European Symposium on Solid/Liquid Separation, Paper L2, GVC.VDI-Verfahrenstechnik, Cologne, 8 pp.

Wakeman R.J. and Tarleton E.S., 1991.  Colloidal Fouling of Microfiltration Membranes During the Treatment of Aqueous Feed Streams, Desalination, 83, 35-52.

Akay G. and Wakeman R.J., 1991.  Molecular Transport Through Membranes and Their Fouling by Constituents of Waste Detergent Liquors:  Microfiltration of a Double Chain Cationic Surfactant in Water, Separation Processes Centre Report No. 2/91, No. URPSL Rept EEng 0535.

Akay G. and Wakeman R.J., 1991.  Molecular Transport Through Membranes and Their Fouling by Constituents of Waste Detergent Liquors:  A Literature Survey, Separation Processes Centre Report No 1/91 (URPSL Report E Eng 0481), No. URPSL Rept EEng 0481.

Tarleton E.S. and Wakeman R.J., 1991.  Factors Affecting the Fouling of Membranes in Crossflow Microfiltration, Proc. FILTECH Europa Conference, The Filtration Society, Karlsruhe, pp 29-40.

Smith C., Wakeman R.J. and Tarleton, E.S., 1991.  The Relevance of Fouling Models to Crossflow Microfiltration, Proc. FILTECH Europa Conference, The Filtration Society, Karlsruhe, pp 51-63.

Wakeman R.J. and Tarleton, E.S., 1991.  Colloidal Fouling of Microfiltration Membranes During the Treatment of Aqueous Feed Streams, Proc. 12th Int. Symposium on Desalination and Water Re-use, The Institution of Chemical Engineers, Valetta, Malta, pp 35-52.