Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming

A prototype aluminium microreactor for steam methane reforming process to produce hydrogen syngas, with parallel flow microchannels was developed. The microreactor was heated up to 400˚C using a Bunsen burner at distance of 10mm below it surface. Whereby two condition of burner open flow which are 1...

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Main Authors:	Madon, Rais Hanizam, M. Zamree, Muhammad Afiq, Amirnordin, Shahrin Hisham, Mohd Ali, Mas Fawzi
Format:	Conference or Workshop Item
Published:	2014
Subjects:	TP157-159 Apparatus and supplies
Online Access:	http://eprints.uthm.edu.my/6341/ http://eprints.uthm.edu.my/6341/1/117.pdf

id	uthm-6341
recordtype	eprints
spelling	uthm-63412015-05-10T06:36:21Z Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming Madon, Rais Hanizam M. Zamree, Muhammad Afiq Amirnordin, Shahrin Hisham Mohd Ali, Mas Fawzi TP157-159 Apparatus and supplies A prototype aluminium microreactor for steam methane reforming process to produce hydrogen syngas, with parallel flow microchannels was developed. The microreactor was heated up to 400˚C using a Bunsen burner at distance of 10mm below it surface. Whereby two condition of burner open flow which are 1/3 and 2/3 took place in order to investigate its heating effect on outlet stream temperature. From the results, show that both Bunsen burner flow slightly show the same tendency of increasing and decreasing state, which indicated the optimum point of heat transfer to the systems for a cycle. But, the 2/3 opening Bunsen burner flow give the reliable contact reaction time at minimum operating condition of 400 ˚C and 1 bar compare to 1/3 opening. This is due to its ability for lays above the set temperature point with longest duration time. From this results can conclude that, the relationship between contact flame area and microreactor surface on outlet flow temperature had been developed. The outlet stream temperature is proportional to the Bunsen burner opening, based on biggest area of flame contact yield the highest optimum temperature point with longest reaction time 2014 Conference or Workshop Item PeerReviewed application/pdf http://eprints.uthm.edu.my/6341/1/117.pdf Madon, Rais Hanizam and M. Zamree, Muhammad Afiq and Amirnordin, Shahrin Hisham and Mohd Ali, Mas Fawzi (2014) Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming. In: International Integrated Engineering Summit (IIES 2014), 1-4 December 2014, Universiti Tun Hussein Onn Malaysia, Johor. http://eprints.uthm.edu.my/6341/
repository_type	Digital Repository
institution_category	Local University
institution	Universiti Tun Hussein Onn Malaysia
building	UTHM Institutional Repository
collection	Online Access
topic	TP157-159 Apparatus and supplies
spellingShingle	TP157-159 Apparatus and supplies Madon, Rais Hanizam M. Zamree, Muhammad Afiq Amirnordin, Shahrin Hisham Mohd Ali, Mas Fawzi Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming
description	A prototype aluminium microreactor for steam methane reforming process to produce hydrogen syngas, with parallel flow microchannels was developed. The microreactor was heated up to 400˚C using a Bunsen burner at distance of 10mm below it surface. Whereby two condition of burner open flow which are 1/3 and 2/3 took place in order to investigate its heating effect on outlet stream temperature. From the results, show that both Bunsen burner flow slightly show the same tendency of increasing and decreasing state, which indicated the optimum point of heat transfer to the systems for a cycle. But, the 2/3 opening Bunsen burner flow give the reliable contact reaction time at minimum operating condition of 400 ˚C and 1 bar compare to 1/3 opening. This is due to its ability for lays above the set temperature point with longest duration time. From this results can conclude that, the relationship between contact flame area and microreactor surface on outlet flow temperature had been developed. The outlet stream temperature is proportional to the Bunsen burner opening, based on biggest area of flame contact yield the highest optimum temperature point with longest reaction time
format	Conference or Workshop Item
author	Madon, Rais Hanizam M. Zamree, Muhammad Afiq Amirnordin, Shahrin Hisham Mohd Ali, Mas Fawzi
author_facet	Madon, Rais Hanizam M. Zamree, Muhammad Afiq Amirnordin, Shahrin Hisham Mohd Ali, Mas Fawzi
author_sort	Madon, Rais Hanizam
title	Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming
title_short	Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming
title_full	Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming
title_fullStr	Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming
title_full_unstemmed	Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming
title_sort	heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming
publishDate	2014
url	http://eprints.uthm.edu.my/6341/ http://eprints.uthm.edu.my/6341/1/117.pdf
first_indexed	2018-09-05T11:25:16Z
last_indexed	2018-09-05T11:25:16Z
_version_	1610766579962740736

Heating and cooling of an aluminium-cased parallel flow microreactor for steam-methane reforming

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