Model for the prediction of liquid volumetric flow rates in large scale airlift reactors

John Hinks; David Sanders; Howard Cawte; Chris Dockree

Model for the prediction of liquid volumetric flow rates in large scale airlift reactors

John Hinks, David Sanders, Howard Cawte, Chris Dockree

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Original language	English
Title of host publication	3rd International Conference on Water and Waste Water Treatment
Subtitle of host publication	papers presented at the 3rd International Conference on Water and Waste Water Treatment, organized and sponsored by BHR Group Limited, and held in Harrogate on 13-15 November 1995
Editors	M. White
Place of Publication	London
Publisher	Mechanical Engineering
Pages	125-133
ISBN (Print)	0852989776
Publication status	Published - 1995
Event	3rd International Conference on Water and Waste Water Treatment - Harrogate, United Kingdom Duration: 13 Nov 1995 → 15 Nov 1995

Publication series

Name	BHR Group conference series publication
Publisher	Mechanical Engineering
Number	17

Conference

Conference	3rd International Conference on Water and Waste Water Treatment
Country/Territory	United Kingdom
City	Harrogate
Period	13/11/95 → 15/11/95

Keywords

airlift; biological reactor; effluent; modelling; recirculation; stability; two phase

EPSRC TCD Project concerning control, automation and design for effluent treatment
Sanders, D. (PI) & Cawte, H. (CoI)
1/01/94 → 30/06/98
Project: Research

3rd International Conference on Water and Waste Water Treatment
Sanders, D. (Presented paper)
13 Nov 1995
Activity: Participating in or organising an event types › Participation in conference

Cite this

Hinks, J., Sanders, D., Cawte, H., & Dockree, C. (1995). Model for the prediction of liquid volumetric flow rates in large scale airlift reactors. In M. White (Ed.), 3rd International Conference on Water and Waste Water Treatment: papers presented at the 3rd International Conference on Water and Waste Water Treatment, organized and sponsored by BHR Group Limited, and held in Harrogate on 13-15 November 1995 (pp. 125-133). (BHR Group conference series publication; No. 17). Mechanical Engineering.

Hinks, John ; Sanders, David ; Cawte, Howard et al. / Model for the prediction of liquid volumetric flow rates in large scale airlift reactors. 3rd International Conference on Water and Waste Water Treatment: papers presented at the 3rd International Conference on Water and Waste Water Treatment, organized and sponsored by BHR Group Limited, and held in Harrogate on 13-15 November 1995. editor / M. White. London : Mechanical Engineering, 1995. pp. 125-133 (BHR Group conference series publication; 17).

@inproceedings{3def48e764ab4e7fb96bf2b04766cee7,

title = "Model for the prediction of liquid volumetric flow rates in large scale airlift reactors",

keywords = "airlift; biological reactor; effluent; modelling; recirculation; stability; two phase",

author = "John Hinks and David Sanders and Howard Cawte and Chris Dockree",

year = "1995",

language = "English",

isbn = "0852989776",

series = "BHR Group conference series publication",

publisher = "Mechanical Engineering",

number = "17",

pages = "125--133",

editor = "M. White",

booktitle = "3rd International Conference on Water and Waste Water Treatment",

note = "3rd International Conference on Water and Waste Water Treatment ; Conference date: 13-11-1995 Through 15-11-1995",

}

Hinks, J, Sanders, D, Cawte, H & Dockree, C 1995, Model for the prediction of liquid volumetric flow rates in large scale airlift reactors. in M White (ed.), 3rd International Conference on Water and Waste Water Treatment: papers presented at the 3rd International Conference on Water and Waste Water Treatment, organized and sponsored by BHR Group Limited, and held in Harrogate on 13-15 November 1995. BHR Group conference series publication, no. 17, Mechanical Engineering, London, pp. 125-133, 3rd International Conference on Water and Waste Water Treatment, Harrogate, United Kingdom, 13/11/95.

Model for the prediction of liquid volumetric flow rates in large scale airlift reactors. / Hinks, John; Sanders, David; Cawte, Howard et al.
3rd International Conference on Water and Waste Water Treatment: papers presented at the 3rd International Conference on Water and Waste Water Treatment, organized and sponsored by BHR Group Limited, and held in Harrogate on 13-15 November 1995. ed. / M. White. London: Mechanical Engineering, 1995. p. 125-133 (BHR Group conference series publication; No. 17).

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

TY - GEN

T1 - Model for the prediction of liquid volumetric flow rates in large scale airlift reactors

AU - Hinks, John

AU - Sanders, David

AU - Cawte, Howard

AU - Dockree, Chris

PY - 1995

Y1 - 1995

KW - airlift; biological reactor; effluent; modelling; recirculation; stability; two phase

M3 - Conference contribution

SN - 0852989776

T3 - BHR Group conference series publication

SP - 125

EP - 133

BT - 3rd International Conference on Water and Waste Water Treatment

A2 - White, M.

PB - Mechanical Engineering

CY - London

T2 - 3rd International Conference on Water and Waste Water Treatment

Y2 - 13 November 1995 through 15 November 1995

ER -

Hinks J, Sanders D, Cawte H, Dockree C. Model for the prediction of liquid volumetric flow rates in large scale airlift reactors. In White M, editor, 3rd International Conference on Water and Waste Water Treatment: papers presented at the 3rd International Conference on Water and Waste Water Treatment, organized and sponsored by BHR Group Limited, and held in Harrogate on 13-15 November 1995. London: Mechanical Engineering. 1995. p. 125-133. (BHR Group conference series publication; 17).

Model for the prediction of liquid volumetric flow rates in large scale airlift reactors

Publication series

Conference

Keywords

Projects

EPSRC TCD Project concerning control, automation and design for effluent treatment

Activities

3rd International Conference on Water and Waste Water Treatment

Cite this