DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION
Mixed matrix membrane (MMM) is a heterogeneous membrane consisting of inorganic filler embedded in polymer matrix. It combines the desirable properties of both polymeric and inorganic material to form high performance gas separating membrane. Nevertheless, development of MMM is constantly limited by...
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my-utp-utpedia.193572019-06-27T15:46:12Z http://utpedia.utp.edu.my/19357/ DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION MURUGIAH, PANNIR SELVAM TP Chemical technology Mixed matrix membrane (MMM) is a heterogeneous membrane consisting of inorganic filler embedded in polymer matrix. It combines the desirable properties of both polymeric and inorganic material to form high performance gas separating membrane. Nevertheless, development of MMM is constantly limited by poor dispersion of filler particles in polymer continuous phase, especially when the particles are nano-sized. Moreover, the addition of single filler particles is insufficient to improve the overall membrane permeability and selectivity. 2018-01 Thesis NonPeerReviewed application/pdf en http://utpedia.utp.edu.my/19357/1/PANNIR%20SELVAM_16001678.pdf MURUGIAH, PANNIR SELVAM (2018) DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION. Masters thesis, Universiti Teknologi PETRONAS. |
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TP Chemical technology MURUGIAH, PANNIR SELVAM DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION |
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Mixed matrix membrane (MMM) is a heterogeneous membrane consisting of inorganic filler embedded in polymer matrix. It combines the desirable properties of both polymeric and inorganic material to form high performance gas separating membrane. Nevertheless, development of MMM is constantly limited by poor dispersion of filler particles in polymer continuous phase, especially when the particles are nano-sized. Moreover, the addition of single filler particles is insufficient to improve the overall membrane permeability and selectivity. |
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Thesis |
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MURUGIAH, PANNIR SELVAM |
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MURUGIAH, PANNIR SELVAM |
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MURUGIAH, PANNIR SELVAM |
title |
DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION |
title_short |
DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION |
title_full |
DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION |
title_fullStr |
DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION |
title_full_unstemmed |
DEVELOPMENT OF CARBON NANOFIBER/GRAPHENE OXIDE BINARY FILLER-BASED MIXED MATRIX MEMBRANE FOR CO2 AND CH4 PERMEATION |
title_sort |
development of carbon nanofiber/graphene oxide binary filler-based mixed matrix membrane for co2 and ch4 permeation |
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2018 |
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http://utpedia.utp.edu.my/19357/1/PANNIR%20SELVAM_16001678.pdf http://utpedia.utp.edu.my/19357/ |
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1739832621729316864 |
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13.2014675 |