M. T. Hardin

Publication List Details

Period

2000 - 2008

Number

55

Co-Authors

Preliminary Investigation of the Applicability of a Simulated Set-up to assess Membrane Foulying by Residence Time Distribution Studies' (2005)

M T Hardin, X D Chen, B Rochilly, P Patel

Rochilly and Patel were undergraduate stduents, Hardin the author and Chen the project leader. Paper was preliminary study demonstrating that simple RTD tracer studies serve to discriminate changes...

Preliminary Investigation of the Applicability of a Simulated Set-up to assess Membrane Foulying by Residence Time Distribution Studies' (2005)

M T Hardin, X D Chen, B Rochilly, P Patel

Rochilly and Patel were undergraduate stduents, Hardin the author and Chen the project leader. Paper was preliminary study demonstrating that simple RTD tracer studies serve to discriminate changes...

Effect of lifter design on drying performance in rotary dryers (2003)

Driver, J., Hardin, M. T., Howes, T., Palmer, G.

Lifter use in dryers improves mass transfer by increasing the amount of surface area available for transfer and also by increasing the velocity of gas over the particle surface. An even...

Effect of lifter design on drying performance in rotary dryers (2003)

Driver, J., Hardin, M. T., Howes, T., Palmer, G.

Lifter use in dryers improves mass transfer by increasing the amount of surface area available for transfer and also by increasing the velocity of gas over the particle surface. An even...

Mass transfer correlations for rotating drum bioreactors (2002)

M T Hardin, D A Mitchell, T Howes

Hardin was PhD student and Mitchell and Howes the supervisors. The paper result of 18 months work combining knowledge of airflow and mass transfer to allow modeling of mass transfer in rotating...

Axial mixing in rotating drums using magnetic resonance imaging using bran as a model for solid state fermentations (2002)

M T Hardin, D A Mitchell, T Howes, A Whittaker

Hardin was PhD student, Mitchell and Howes the supervisors and Whittaker the NMR expert. Paper was first use of this technology to loook at axial mixing in rotating drums. This paper also proposes...

Mass transfer correlations for rotating drum bioreactors (2002)

M T Hardin, D A Mitchell, T Howes

Hardin was PhD student and Mitchell and Howes the supervisors. The paper result of 18 months work combining knowledge of airflow and mass transfer to allow modeling of mass transfer in rotating...

Axial mixing in rotating drums using magnetic resonance imaging using bran as a model for solid state fermentations (2002)

M T Hardin, D A Mitchell, T Howes, A Whittaker

Hardin was PhD student, Mitchell and Howes the supervisors and Whittaker the NMR expert. Paper was first use of this technology to loook at axial mixing in rotating drums. This paper also proposes...

Mass transfer correlations for rotating drum bioreactors (2002)

Hardin, M. T., Howes, T., Mitchell, D. A.

Evaporative cooling is extremely important for large-scale operation of rotating drum bioreactors (RDBs). Outlet water vapour concentrations were measured for a RDB containing wet wheat bran with the...

Axial mixing in rotating drums using magnetic resonance imaging using bran as a model for solid state fermentations (2002)

Hardin, M. T., Howes, T., Mitchell, D. A., Whittaker, A. K.

Magnetic resonance imaging (MRI) is an easily automated, reliable technique to investigate axial mixing within rotating drums. Moist bran can be clearly differentiated from dry bran using MRI...

Mass transfer correlations for rotating drum bioreactors (2002)

Hardin, M. T., Howes, T., Mitchell, D. A.

Evaporative cooling is extremely important for large-scale operation of rotating drum bioreactors (RDBs). Outlet water vapour concentrations were measured for a RDB containing wet wheat bran with the...

Axial mixing in rotating drums using magnetic resonance imaging using bran as a model for solid state fermentations (2002)

Hardin, M. T., Howes, T., Mitchell, D. A., Whittaker, A. K.

Magnetic resonance imaging (MRI) is an easily automated, reliable technique to investigate axial mixing within rotating drums. Moist bran can be clearly differentiated from dry bran using MRI...

Residence time distributions of gas flowing through rotating drum bioreactors (2001)

Hardin, M. T., Howes, T., Mitchell, D. A.

Residence time distribution studies of gas through a rotating drum bioreactor for solid-state fermentation were performed using carbon monoxide as a tracer gas. The exit concentration as a function...

Residence time distributions of gas flowing through rotating drum bioreactors (2001)

Hardin, M. T., Howes, T., Mitchell, D. A.

Residence time distribution studies of gas through a rotating drum bioreactor for solid-state fermentation were performed using carbon monoxide as a tracer gas. The exit concentration as a function...

Approach to designing rotating drum bioreactors for solid-state fermentation on the basis of dimensionless design factors (2000)

Hardin, M. T., Mitchell, D. A., Howes, T.

The development of large-scale solid-stale fermentation (SSF) processes is hampered by the lack of simple tools for the design of SSF bioreactors. The use of semifundamental mathematical models to...

Approach to designing rotating drum bioreactors for solid-state fermentation on the basis of dimensionless design factors (2000)

Hardin, M. T., Mitchell, D. A., Howes, T.

The development of large-scale solid-stale fermentation (SSF) processes is hampered by the lack of simple tools for the design of SSF bioreactors. The use of semifundamental mathematical models to...