The natural balance in the Earth's atmosphere is significantly influenced by the human emission of the combustion products, mainly carbon dioxide. Therefore, strong efforts are directed in the direction of the reduction of that emission. The solution might be searched in the direction of the construction of the membrane that would be highly transparent to the carbon dioxide, but not transparent to the other gases commonly present in the waste gases (oxygen, nitrogen, hydrogen, methane). One of the feasible designs for this purpose is dense, non-porous membranes, with zeolite particles dispersed in the polymer matrix. Zeolite particles should increase the solubility of the carbon dioxide, and thus enhance its permeability. In this paper, the possibility of application of polyether-b-amide (with 60% of PEG) as a polymer matrix was tested. For the inorganic component, four different zeolite types with three different pore geometries were tested. The influence of the additive which was add...ed in order to provide good contact between the highly polar and charged zeolite inorganic particle, and hydrophobic polymer chains was also tested.
TY - JOUR
AU - Brkic, Dominik
AU - Nedeljković, Dragutin
AU - Putić, Lana
AU - Stajić-Trošić, Jasna
AU - Stamenovic, Marina
PY - 2016
UR - https://cer.ihtm.bg.ac.rs/handle/123456789/2002
AB - The natural balance in the Earth's atmosphere is significantly influenced by the human emission of the combustion products, mainly carbon dioxide. Therefore, strong efforts are directed in the direction of the reduction of that emission. The solution might be searched in the direction of the construction of the membrane that would be highly transparent to the carbon dioxide, but not transparent to the other gases commonly present in the waste gases (oxygen, nitrogen, hydrogen, methane). One of the feasible designs for this purpose is dense, non-porous membranes, with zeolite particles dispersed in the polymer matrix. Zeolite particles should increase the solubility of the carbon dioxide, and thus enhance its permeability. In this paper, the possibility of application of polyether-b-amide (with 60% of PEG) as a polymer matrix was tested. For the inorganic component, four different zeolite types with three different pore geometries were tested. The influence of the additive which was added in order to provide good contact between the highly polar and charged zeolite inorganic particle, and hydrophobic polymer chains was also tested.
PB - Japan Inst Metals, Sendai
T2 - Materials Transactions
T1 - Gas Separation Properties of the Dense Polymer-Zeolite Powder Composite Membranes
VL - 57
IS - 3
SP - 452
EP - 456
DO - 10.2320/matertrans.M2015387
UR - Conv_3524
ER -
@article{
author = "Brkic, Dominik and Nedeljković, Dragutin and Putić, Lana and Stajić-Trošić, Jasna and Stamenovic, Marina",
year = "2016",
abstract = "The natural balance in the Earth's atmosphere is significantly influenced by the human emission of the combustion products, mainly carbon dioxide. Therefore, strong efforts are directed in the direction of the reduction of that emission. The solution might be searched in the direction of the construction of the membrane that would be highly transparent to the carbon dioxide, but not transparent to the other gases commonly present in the waste gases (oxygen, nitrogen, hydrogen, methane). One of the feasible designs for this purpose is dense, non-porous membranes, with zeolite particles dispersed in the polymer matrix. Zeolite particles should increase the solubility of the carbon dioxide, and thus enhance its permeability. In this paper, the possibility of application of polyether-b-amide (with 60% of PEG) as a polymer matrix was tested. For the inorganic component, four different zeolite types with three different pore geometries were tested. The influence of the additive which was added in order to provide good contact between the highly polar and charged zeolite inorganic particle, and hydrophobic polymer chains was also tested.",
publisher = "Japan Inst Metals, Sendai",
journal = "Materials Transactions",
title = "Gas Separation Properties of the Dense Polymer-Zeolite Powder Composite Membranes",
volume = "57",
number = "3",
pages = "452-456",
doi = "10.2320/matertrans.M2015387",
url = "Conv_3524"
}
Brkic, D., Nedeljković, D., Putić, L., Stajić-Trošić, J.,& Stamenovic, M.. (2016). Gas Separation Properties of the Dense Polymer-Zeolite Powder Composite Membranes. in Materials Transactions
Japan Inst Metals, Sendai., 57(3), 452-456.
https://doi.org/10.2320/matertrans.M2015387
Conv_3524
Brkic D, Nedeljković D, Putić L, Stajić-Trošić J, Stamenovic M. Gas Separation Properties of the Dense Polymer-Zeolite Powder Composite Membranes. in Materials Transactions. 2016;57(3):452-456.
doi:10.2320/matertrans.M2015387
Conv_3524 .
