Fouling and Cleaning in Food Processing '98
Conference Papers
Session I Fouling
|
Paper |
Author(s) | Title | Format |
| I.0 | Hasting | Introductory Review | Oral |
| I.1 | Elliott et al. | Bulk generation of whey protein aggregates. What is the balance between surface and bulk effects in food fouling? | Oral |
| I.2 | Murray and Cros | A quartz crystal microbalance study of protein adsorption at gold and hydrophobic gold surfaces | Oral |
| I.3 | Newstead et al. | Fouling of UHT plants by recombined and fresh milk. Some effects of preheat treatment | Oral |
| I.4 | Changhaniet al. | Correlation and prediction of fouling of a PHE by whey protein solution - extension of a statistical model | Oral |
| I.5 | Chen and Bala | Investigation of the influences of surface and bulk temperatures on fouling of milk on a stainless steel probe | Poster |
| I.6 | Fung et al. | The effect of fat globule membrane damage on fouling of whole milk | Poster |
| I.7 | De Jong et al. | Reduction of protein and mineral fouling | Poster |
| I.8 | Van der Mei et al. | Consumption of dairy products with probiotics delays biofilm formation on silicone rubber implant surfaces in an artificial throat | Poster |
Session II Membranes
|
Paper |
Author(s) | Title | Format |
| II.1 | Makardij et al. | Fouling reduction during milk microfiltration - process manipulation and atomic force microscope analysis | Oral |
| II.2 | Gésan-Guiziou et al. | Critical operating conditions during crossflow microfiltration of milk | Oral |
| II.3 | Rosner | A new method to improve and control the cleaning of filtration membranes | Oral |
| II.4 | Blanpain-Avet et al. | Investigation of mechanisms governing membrane fouling and protein rejection in the sterile microfiltration of beer with an organic membrane | Oral |
| II.5 | Chen et al. | Study of bacteria transportation in model milk foulant and bacteria emission from milk fouling layer into streams of rinse water, milk and cleaning chemical solutions | Oral |
| II.6 | Klein et al. | Fouling and cleaning mechanisms in membrane apparatus during crossflow microfiltration | Poster |
| II.7 | Shorrock et al. | Yeast deposit removal from polymeric microfiltration membranes | Poster |
| II.8 | Fillaudeau et al. | Fouling in beer cross-flow filtration with tubular ceramic membrane | Poster |
Session III Hygiene
|
Paper |
Author(s) | Title | Format |
| III.1 | Blanchard et al. | Peroxygen cleaning and disinfection of Psedomonas Aeruginosa biofilms by laboratory simulated cleaning-in-place | Oral |
| III.2 | De Jong et al. | Predictive model for the adherence, growth and release of thermoresistant Streptococci in production chains | Oral |
| III.3 | Faille et al. | Cleanability of stainless steel surfaces soiled by Bacillus cereus spores under various flow conditions | Oral |
| III.4 | Simola et al. | Hygeine of aged gasket materials and welded joints used in food processing equipment | Oral |
| III.5 | Hall | Computational fluid dynamics: a tool for hygienic design | Oral |
| III.6 | Mettler et al. | Hygienic quality of floors in relation to surface texture | Oral |
| III.7 | Benezech | Bacilius sp. spore removal from closed equipment surfaces under standard cleaning-in-place conditions; effect of turbulent wall shear rate | Poster |
Session IV Systems
|
Paper |
Author(s) | Title | Format |
| IV.1 | Grant | Evaluation and modelling of complex cleaning processes: a research overview | Oral |
| IV.2 | Visser | Reducing fouling of heat exchangers in the dairy industry by process optimisation | Oral |
| IV.3 | Truong et al. | In line measurements of fouling and CIP in milk powder plants | Oral |
| IV.4 | Georgiadis et al. | On the optimal design and operation of heat exchangers under milk fouling | Oral |
| IV.5 | Wilson et al. | Optimisation of scheduling of cleaning in heat exchanger networks subject to fouling: sugar industry case study | Oral |
Session V Cleaning
|
Paper |
Author(s) | Title | Format |
| V.1 | Littlejohn et al. | Cleaning of hydroxyapetite/ brushite deposits from stainless steel using a sequestering agent | Oral |
| V.2 | Dürr and Graßhoff | Cleaning of milk heat exchangers - modelling of deposit removal | Oral |
| V.3 | Friis | Enzymatic cleaning of hard surfaces | Oral |
| V.4 | Grandison and Patel | Phosphino-carboxylic acids for cleaning of dairy equipment | Oral |
| V.5 | Graßhoff | Fundamental trials to clean UHT tubular modules | Oral |
| V.6 | Karlsson and Trädårgh | Cleaning of stainless steel surfaces fouled by protein | Oral |
| V.7 | Bird and Espig | The removal of crude oil from stainless steel surfaces using non-ionic surfactants | Poster |
| V.8 | Rosner and Bragulla | P3 paradigm, a new cleaning technology for the dairy industry | Poster |
| V.9 | Reinemann et al. | Efficacy assessment of CIP processes in milking machines | Poster |
| V.10 | Gillham et al. | Enhanced cleaning of whey protein deposits | Poster |