CONCENTRIC TUBE-FOULING RIG FOR INVESTIGATION OF FOULING DEPOSIT FORMATION FROM PASTEURISER OF VISCOUS FOOD LIQUID

This paper reports the work on developing concentric tube-fouling rig, a new fouling deposit monitoring device. This device can detect and quantify the level of fouling deposit formation. It can also functioning as sampler for fouling deposit study, which can be attached at any food processing equi...

Full description

Bibliographic Details
Main Authors: N. I. KHALID, K. W. CHAN, N. AB AZIZ, F. S. TAIP, M. S. ANUAR
Format: Article
Language:English
Published: Taylor's University 2013-02-01
Series:Journal of Engineering Science and Technology
Subjects:
Online Access:http://jestec.taylors.edu.my/Vol%208%20Issue%201%20February%2013/Vol_8_1_016-026_N.%20I.%20KHALID.pdf
_version_ 1818193638310543360
author N. I. KHALID
K. W. CHAN
N. AB AZIZ
F. S. TAIP
M. S. ANUAR
author_facet N. I. KHALID
K. W. CHAN
N. AB AZIZ
F. S. TAIP
M. S. ANUAR
author_sort N. I. KHALID
collection DOAJ
description This paper reports the work on developing concentric tube-fouling rig, a new fouling deposit monitoring device. This device can detect and quantify the level of fouling deposit formation. It can also functioning as sampler for fouling deposit study, which can be attached at any food processing equipment. The design is initiated with conceptual design. The rig is designed with inner diameter of 7 cm and with tube length of 37 cm. A spiral insert with 34.5 cm length and with 5.4 cm diameter is fitted inside the tube to ensure the fluid flows around the tube. In this work, the rig is attached to the lab-scale concentric tube-pasteurizer to test its effectiveness and to collect a fouling sample after pasteurization of pink guava puree. Temperature changes are recorded during the pasteurization and the data is used to plot the heat transfer profile. Thickness of the fouling deposit is also measured. The trends for thickness, heat resistance profile and heat transfer profile for concentric tube-fouling rig matched the trends obtained from lab-scale concentric tube-pasteurizer very well. The findings from this work have shown a good potential of this rig however there is a limitation with spiral insert, which is discussed in this paper.
first_indexed 2024-12-12T00:49:35Z
format Article
id doaj.art-054da4b9304548d6b1abeb2482414bee
institution Directory Open Access Journal
issn 1823-4690
language English
last_indexed 2024-12-12T00:49:35Z
publishDate 2013-02-01
publisher Taylor's University
record_format Article
series Journal of Engineering Science and Technology
spelling doaj.art-054da4b9304548d6b1abeb2482414bee2022-12-22T00:44:02ZengTaylor's UniversityJournal of Engineering Science and Technology1823-46902013-02-01811626CONCENTRIC TUBE-FOULING RIG FOR INVESTIGATION OF FOULING DEPOSIT FORMATION FROM PASTEURISER OF VISCOUS FOOD LIQUIDN. I. KHALIDK. W. CHANN. AB AZIZF. S. TAIPM. S. ANUARThis paper reports the work on developing concentric tube-fouling rig, a new fouling deposit monitoring device. This device can detect and quantify the level of fouling deposit formation. It can also functioning as sampler for fouling deposit study, which can be attached at any food processing equipment. The design is initiated with conceptual design. The rig is designed with inner diameter of 7 cm and with tube length of 37 cm. A spiral insert with 34.5 cm length and with 5.4 cm diameter is fitted inside the tube to ensure the fluid flows around the tube. In this work, the rig is attached to the lab-scale concentric tube-pasteurizer to test its effectiveness and to collect a fouling sample after pasteurization of pink guava puree. Temperature changes are recorded during the pasteurization and the data is used to plot the heat transfer profile. Thickness of the fouling deposit is also measured. The trends for thickness, heat resistance profile and heat transfer profile for concentric tube-fouling rig matched the trends obtained from lab-scale concentric tube-pasteurizer very well. The findings from this work have shown a good potential of this rig however there is a limitation with spiral insert, which is discussed in this paper.http://jestec.taylors.edu.my/Vol%208%20Issue%201%20February%2013/Vol_8_1_016-026_N.%20I.%20KHALID.pdfFouling depositFouling rigViscous fluidsPasteurizationPink guava puree
spellingShingle N. I. KHALID
K. W. CHAN
N. AB AZIZ
F. S. TAIP
M. S. ANUAR
CONCENTRIC TUBE-FOULING RIG FOR INVESTIGATION OF FOULING DEPOSIT FORMATION FROM PASTEURISER OF VISCOUS FOOD LIQUID
Journal of Engineering Science and Technology
Fouling deposit
Fouling rig
Viscous fluids
Pasteurization
Pink guava puree
title CONCENTRIC TUBE-FOULING RIG FOR INVESTIGATION OF FOULING DEPOSIT FORMATION FROM PASTEURISER OF VISCOUS FOOD LIQUID
title_full CONCENTRIC TUBE-FOULING RIG FOR INVESTIGATION OF FOULING DEPOSIT FORMATION FROM PASTEURISER OF VISCOUS FOOD LIQUID
title_fullStr CONCENTRIC TUBE-FOULING RIG FOR INVESTIGATION OF FOULING DEPOSIT FORMATION FROM PASTEURISER OF VISCOUS FOOD LIQUID
title_full_unstemmed CONCENTRIC TUBE-FOULING RIG FOR INVESTIGATION OF FOULING DEPOSIT FORMATION FROM PASTEURISER OF VISCOUS FOOD LIQUID
title_short CONCENTRIC TUBE-FOULING RIG FOR INVESTIGATION OF FOULING DEPOSIT FORMATION FROM PASTEURISER OF VISCOUS FOOD LIQUID
title_sort concentric tube fouling rig for investigation of fouling deposit formation from pasteuriser of viscous food liquid
topic Fouling deposit
Fouling rig
Viscous fluids
Pasteurization
Pink guava puree
url http://jestec.taylors.edu.my/Vol%208%20Issue%201%20February%2013/Vol_8_1_016-026_N.%20I.%20KHALID.pdf
work_keys_str_mv AT nikhalid concentrictubefoulingrigforinvestigationoffoulingdepositformationfrompasteuriserofviscousfoodliquid
AT kwchan concentrictubefoulingrigforinvestigationoffoulingdepositformationfrompasteuriserofviscousfoodliquid
AT nabaziz concentrictubefoulingrigforinvestigationoffoulingdepositformationfrompasteuriserofviscousfoodliquid
AT fstaip concentrictubefoulingrigforinvestigationoffoulingdepositformationfrompasteuriserofviscousfoodliquid
AT msanuar concentrictubefoulingrigforinvestigationoffoulingdepositformationfrompasteuriserofviscousfoodliquid