Separation of hydrocarbons from methane by polyurethane rubber membrane on the base of polytetramethylene mglycol(PTMG)

نویسنده:

سال

: 2012

چکیده: In this study, behavior of pure gas permeability of polyur- ethanes based on PTMG at pressure 2Bar and temperature 30̊ C was investigated. The results obtained from characterization tests like FT-IR and XRD showed that the mixing of soft and hard segment phases and crystallinity of soft segments increase by increase the ether change extender BDA in polymer structure. The soft area of polyurethane polymer is made of Polyol Due to enhancement in free volume, gas permeation increases corresponding to molecular weight enhancement of applied Polyol in polymer synthesis. The mechanical strength and thermal resistance of membrane relates to hard segment of polymer. The value of selectivity increased due to applied changes in chain extender, it decreases the number of required membrane that makes it affordable in terms of time and cost.

یو آر آی: https://libsearch.um.ac.ir:443/fum/handle/fum/3384064

کلیدواژه(گان): poly urethanes,Gas permeation,membrane

کالکشن :

ProfDoc

نمایش متادیتا پنهان کردن متادیتا
آمار بازدید

Separation of hydrocarbons from methane by polyurethane rubber membrane on the base of polytetramethylene mglycol(PTMG)

contributor author	ایمان طیرونی	en
contributor author	مجید پاکیزه	en
contributor author	M. Sadeghi	en
contributor author	A. Jalali	en
contributor author	iman tirooni	fa
contributor author	Majid Pakizeh	fa
date accessioned	2020-06-06T14:08:26Z
date available	2020-06-06T14:08:26Z
date copyright	10/21/2012
date issued	2012
identifier uri	https://libsearch.um.ac.ir:443/fum/handle/fum/3384064
description abstract	In this study, behavior of pure gas permeability of polyur- ethanes based on PTMG at pressure 2Bar and temperature 30̊ C was investigated. The results obtained from characterization tests like FT-IR and XRD showed that the mixing of soft and hard segment phases and crystallinity of soft segments increase by increase the ether change extender BDA in polymer structure. The soft area of polyurethane polymer is made of Polyol Due to enhancement in free volume, gas permeation increases corresponding to molecular weight enhancement of applied Polyol in polymer synthesis. The mechanical strength and thermal resistance of membrane relates to hard segment of polymer. The value of selectivity increased due to applied changes in chain extender, it decreases the number of required membrane that makes it affordable in terms of time and cost.	en
language	English
title	Separation of hydrocarbons from methane by polyurethane rubber membrane on the base of polytetramethylene mglycol(PTMG)	en
type	Conference Paper
contenttype	External Fulltext
subject keywords	poly urethanes	en
subject keywords	Gas permeation	en
subject keywords	membrane	en
identifier link	https://profdoc.um.ac.ir/paper-abstract-1031990.html
conference title	International Seminar of Polymer Science and Technology	en
conference location	تهران	fa
identifier articleid	1031990