Dr Tony Howes
Dr

Tony Howes

Email: 

Background

Biography:

Tony Howes graduated from UQ in 1983 with a degree in chemical engineering, and after 6 months working on a novel fluid bed retort system for oil shale went to Cambridge, UK, where he worked with Malcolm Mackley as his first PhD student on what is now the “Oscillating Baffled Reactor”. His dissertation was awarded the 1988 Danckwerts-Maxwell prize for best thesis in that year. A postdoctoral year at Brown University working on patterns in fluid data sets was followed by 3 ½ years in ICI’s Corporate Colloid Science Group, where he worked on theory and application of a novel atomiser.

Since 1993 Tony has been at The University of Queensland teaching, supervising and doing research. His work (largely in collaboration with Bhesh Bhandari in Food Science) on sticky droplet spray drying has been extensively published and cited – at present Bhandari and Howes papers are in the top-10 most cited in Drying Technology, Journal of Food Engineering and International Journal of Food Properties.

Tony has also worked on a variety of other particle problems, including solid state fermentation, regimes in rotating drums and prilling. Following work on sticky mud particles he was heavily involved in local water quality issues, and sat on the Scientific Expert Panel of the Healthy Waterways Partnership in South East Queensland.

At UQ he co-ordinated an innovative programme where students are placed in industry for a research project, and actively reflect on their learning and interact with UQ staff while in industry. In 2008 he was nominated for a University Teaching Excellence Award for his efforts on this programme.

Research:

My research focus is on spray drying, especially of sticky or potentially sticky foods. With key collaborators (Prof. Bhesh Bhandari, UQ, A.Prof Benu Adhikari University of Ballarat) we have developed rules and understanding of the role of sugars, proteins and other additives on the drying of sugar rich foods, including fruit juices, honey and milk products.

My general interests are in the modelling and physical aspects of these systems.

Teaching and Learning:

Teaching: Engineering Thermodynamics (1st year)

Education Research: The role of Work Integrated Learning in the BE and ME programmes.

Projects:

  1. Spray drying at elevated temperatures
  2. API crystallisation modelling
  3. Role of proteins and additives in food spray drying
  4. Morphology development in spray drying

Availability

Dr Tony Howes is:
Available for supervision
Media expert

Qualifications

  • Bachelor (Honours) of Engineering, The University of Queensland
  • Doctor of Philosophy, University of Cambridge
  • Postgraduate Diploma in Education, The University of Queensland

Search Professor Tony Howes’s works on UQ eSpace

164 works between 1990 and 2024
All (164) Journal Article (114) Book Chapter (2) Conference Publication (48)

161 - 164 of 164 works

1995

Journal Article

Computational fluid dynamic modelling of wastewater ponds to improve design

Wood, M. G., Greenfield, P. F., Howes, T., Johns, M. R. and Keller, J. (1995). Computational fluid dynamic modelling of wastewater ponds to improve design. Water Science and Technology, 31 (12), 111-118. doi: 10.1016/0273-1223(95)00498-C

Computational fluid dynamic modelling of wastewater ponds to improve design

1995

Journal Article

CHAOTIC ADVECTION IN A 2-D MIXED CONVECTION FLOW

TANGBORN, AV, SILEVITCH, DM and HOWES, T (1995). CHAOTIC ADVECTION IN A 2-D MIXED CONVECTION FLOW. Chaos, 5 (2), 432-438. doi: 10.1063/1.166113

CHAOTIC ADVECTION IN A 2-D MIXED CONVECTION FLOW

1991

Journal Article

THE SIMULATION OF CHAOTIC MIXING AND DISPERSION FOR PERIODIC FLOWS IN BAFFLED CHANNELS

HOWES, T, MACKLEY, MR and ROBERTS, EPL (1991). THE SIMULATION OF CHAOTIC MIXING AND DISPERSION FOR PERIODIC FLOWS IN BAFFLED CHANNELS. Chemical Engineering Science, 46 (7), 1669-1677. doi: 10.1016/0009-2509(91)87014-4

THE SIMULATION OF CHAOTIC MIXING AND DISPERSION FOR PERIODIC FLOWS IN BAFFLED CHANNELS

1990

Journal Article

EXPERIMENTAL AXIAL-DISPERSION FOR OSCILLATORY FLOW THROUGH A BAFFLED TUBE

HOWES, T and MACKLEY, MR (1990). EXPERIMENTAL AXIAL-DISPERSION FOR OSCILLATORY FLOW THROUGH A BAFFLED TUBE. Chemical Engineering Science, 45 (5), 1349-1358. doi: 10.1016/0009-2509(90)87127-E

EXPERIMENTAL AXIAL-DISPERSION FOR OSCILLATORY FLOW THROUGH A BAFFLED TUBE

Availability

Dr Tony Howes is:
Available for supervision

Before you email them, read our advice on how to contact a supervisor.

Available projects

  • A simple model for coastalwaterway management

    This research project is part of a larger Coastal Co-operative Research Centre project on the interface between modelling, monitoring and management in coastal waterways. Monitoring is essential for determining the water quality and ecosystem health of waterways. However, the are significant constraints on the design and operation of these programs due to cost and resource limitations. Furthermore, there are minimum requirements on the amount of data that is necessary to provide statistical confidence. This research project will aim to overcome some of these limitations by investigating the use of simple models for the design and interpretation of water quality monitoring data.

    Funds are available to top-up an APA or other scholarship by up to $5000 p.a. Importantly, the successful student will have an operating budget of up to $5000 p.a. and similar support for professional development, (to June 2006). The project involves close collaboration with the Queensland Environmental Protection Agency as well as a range of other stakeholders.

    Students will need an honours degree in a suitable field (Science, Engineering) and an interest in modelling and water quality issues.

    For more details contact Tony Howes, School of Engineering, The University of Queensland (phone (07) 3365 4262, email tonyh@uq.edu.au)

  • Design of a PID controller for a drying rig

    We presently have apparatus which blows hot, dry air over a single droplet, and we obtain the drying kinetics of the drying through computer measurements of the droplet temperature and weight.

    We have a project which looks at improving the control of the in-coming air stream temperature and humidity, which at present is manually set by the user and monitored. In particular, we would like to look at using the data acquisition card and software in the computer to control the heating and humid air flow rates in order to perform this control.

    The project would suit a student interested in control or data acquisition.

Supervision history

Current supervision

Completed supervision

Enquiries

Contact Dr Tony Howes directly for media enquiries about:

  • Atomisation - chemical engeering
  • Coalescence - chemical engineering
  • Flocculation - chemical engineering
  • Fluid mixing - chemical engineering
  • Spray drying - chemical engineering

Need help?

For help with finding experts, story ideas and media enquiries, contact our Media team:

communications@uq.edu.au