Abstract
The present work has shown the possibility of ammonia alkylation by n-octanol-l in gaseous phase, in presence of zeolitic catalysts. These catalysts are Y faujasitic types being used in waste water demineralization containing radioactive elements such as uranyl ion. This ion gives to the Y faujasite similar activity and selectivity as those of catalysts containing rare earths or transition metals. Toluene disproportionation has permitted to test beforehand catalysts destined to ammonia alkylation and to compare their mechanism. We have also proved the possibility to produce heavy amines such as tertiary amines which are used as uranium extractant agent. Some zeolites such as ZSM-5, beta, X, A, analcime, HS and Y faujasite type are prepared by hydrothermal synthesis method and characterized by some analysis techniques.
Citation Formats
Nibou, D.
Elaboration of y-fanjasite catalysts containing radioactive elements such as uranyl ion in order to obtain aromatic solvents and heavy amines; Elaboration de catalyseurs faujasitiques contenant des cations multivalents dont l`ion uranyle en vue de l`obtention de solvants aromatiques et d`amines lourdes.
Algeria: N. p.,
1990.
Web.
Nibou, D.
Elaboration of y-fanjasite catalysts containing radioactive elements such as uranyl ion in order to obtain aromatic solvents and heavy amines; Elaboration de catalyseurs faujasitiques contenant des cations multivalents dont l`ion uranyle en vue de l`obtention de solvants aromatiques et d`amines lourdes.
Algeria.
Nibou, D.
1990.
"Elaboration of y-fanjasite catalysts containing radioactive elements such as uranyl ion in order to obtain aromatic solvents and heavy amines; Elaboration de catalyseurs faujasitiques contenant des cations multivalents dont l`ion uranyle en vue de l`obtention de solvants aromatiques et d`amines lourdes."
Algeria.
@misc{etde_10139851,
title = {Elaboration of y-fanjasite catalysts containing radioactive elements such as uranyl ion in order to obtain aromatic solvents and heavy amines; Elaboration de catalyseurs faujasitiques contenant des cations multivalents dont l`ion uranyle en vue de l`obtention de solvants aromatiques et d`amines lourdes}
author = {Nibou, D}
abstractNote = {The present work has shown the possibility of ammonia alkylation by n-octanol-l in gaseous phase, in presence of zeolitic catalysts. These catalysts are Y faujasitic types being used in waste water demineralization containing radioactive elements such as uranyl ion. This ion gives to the Y faujasite similar activity and selectivity as those of catalysts containing rare earths or transition metals. Toluene disproportionation has permitted to test beforehand catalysts destined to ammonia alkylation and to compare their mechanism. We have also proved the possibility to produce heavy amines such as tertiary amines which are used as uranium extractant agent. Some zeolites such as ZSM-5, beta, X, A, analcime, HS and Y faujasite type are prepared by hydrothermal synthesis method and characterized by some analysis techniques.}
place = {Algeria}
year = {1990}
month = {Jun}
}
title = {Elaboration of y-fanjasite catalysts containing radioactive elements such as uranyl ion in order to obtain aromatic solvents and heavy amines; Elaboration de catalyseurs faujasitiques contenant des cations multivalents dont l`ion uranyle en vue de l`obtention de solvants aromatiques et d`amines lourdes}
author = {Nibou, D}
abstractNote = {The present work has shown the possibility of ammonia alkylation by n-octanol-l in gaseous phase, in presence of zeolitic catalysts. These catalysts are Y faujasitic types being used in waste water demineralization containing radioactive elements such as uranyl ion. This ion gives to the Y faujasite similar activity and selectivity as those of catalysts containing rare earths or transition metals. Toluene disproportionation has permitted to test beforehand catalysts destined to ammonia alkylation and to compare their mechanism. We have also proved the possibility to produce heavy amines such as tertiary amines which are used as uranium extractant agent. Some zeolites such as ZSM-5, beta, X, A, analcime, HS and Y faujasite type are prepared by hydrothermal synthesis method and characterized by some analysis techniques.}
place = {Algeria}
year = {1990}
month = {Jun}
}