Zeolite membrane have been investigated all over the world as an attractive tool in the development of separation processes for both liquid and gaseous components [...
This thesis describes a novel synthesis method to prepare engineered supported MFI-type zeolite memb...
The chemical nature of the support surface influences zeolite nucleation, crystal growth and film ad...
Literature on zeolite membranes in catalytic reactions is reviewed and categorized according to memb...
Membrane separation is a technology of low energy consumption. Membranes made of zeolites are of gre...
Zeolite membranes are highly attractive in energy efficient, selective separation technologies. Thei...
The last few years have seen increasing interest on microchemical systems including micromixers micr...
This thesis is devoted to illustrate the preparation of MFI-type engineered supported zeolite membra...
Membrane technology plays an increasingly important role in developing a more sustainable process in...
Novel design strategy using photoresist as a temporary structural material was employed in fabricati...
Zeolites are crystalline aluminosilicates with molecular sieving properties and are widely used in i...
In this study, design of lab scale device for determination of separation properties of membranes is...
This chapter details the synthesis and applications of zeolite membranes (gas separation and zeolite...
Two types of eolite membranes, SAPO-34 and zeolite A, have been synthesized using direct in-situ cry...
The incorporation of zeolite particles in the micrometer range into polymeric matrices was investiga...
The separation performance of MFI type of zeolite membranes for gas and vapor permeation has been im...
This thesis describes a novel synthesis method to prepare engineered supported MFI-type zeolite memb...
The chemical nature of the support surface influences zeolite nucleation, crystal growth and film ad...
Literature on zeolite membranes in catalytic reactions is reviewed and categorized according to memb...
Membrane separation is a technology of low energy consumption. Membranes made of zeolites are of gre...
Zeolite membranes are highly attractive in energy efficient, selective separation technologies. Thei...
The last few years have seen increasing interest on microchemical systems including micromixers micr...
This thesis is devoted to illustrate the preparation of MFI-type engineered supported zeolite membra...
Membrane technology plays an increasingly important role in developing a more sustainable process in...
Novel design strategy using photoresist as a temporary structural material was employed in fabricati...
Zeolites are crystalline aluminosilicates with molecular sieving properties and are widely used in i...
In this study, design of lab scale device for determination of separation properties of membranes is...
This chapter details the synthesis and applications of zeolite membranes (gas separation and zeolite...
Two types of eolite membranes, SAPO-34 and zeolite A, have been synthesized using direct in-situ cry...
The incorporation of zeolite particles in the micrometer range into polymeric matrices was investiga...
The separation performance of MFI type of zeolite membranes for gas and vapor permeation has been im...
This thesis describes a novel synthesis method to prepare engineered supported MFI-type zeolite memb...
The chemical nature of the support surface influences zeolite nucleation, crystal growth and film ad...
Literature on zeolite membranes in catalytic reactions is reviewed and categorized according to memb...
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