Catalytic conversion in the presence of carbon dioxide promoted crystalline metal aluminosilicates

Claim 1

A METHOD FOR TRANSFORMING ORGANIC COMPOUNDS, CATALYTICALLY CONVERTIBLE IN THE PRESENCE OF ACIDIC CATALYST SITES, WHICH COMPRISES PASSING THE SAME THROUGH A REACTION ZONE CONTAINING A CATALYST OF A CRYSTALLINE ALUMINOSILICATE SALT, MAINTAINED UNDER CONVERSION CONDITIONS, INTRODUCING INTO AND MAINTAINING DURING CONVERSION IN SAID REACTION ZONE A GAS CONSISTING ESSENTIALLY OF CARBON DIOXIDE PRESENT IN AN AMOUNT SUFICIENT TO EFFECTIVELY ENHANCE THE ACTIVITY OF SAID CATALYST, WHICH CATALYST HAS RIGID THREEDIMENSIONAL NETWORKS MADE UP OF UNIT CELLS CHARACTERIZED BY THE SUBSTANTIAL ABSENCE OF CHANGE IN UNIT CELL DIMENSIONS UPON DEHYDRATION AND REHYDRATION AND A SORPTION CAPACITY AT 760 MM. PRESSURE AND 25*C. OF AT LEAST 4 WEIGHT PERCENT OF NORMAL BUTANE AND COLLECTING THEE CATALYTICALLY TRRANSFORMED ORGANIC PRODUCT ISSUING FROM SAID REACTION ZONE.

Claim 2

A METHOD FOR TRANSFORMING ORGANIC COMPOUNDS, CATALYTICALLY CONVERTIBLE IN THE PRESENCE OF ACIDIC CATALYST SITES, WHICH COMPRISES PASSING THE SAME THROUGH A REACTION ZONE CONTAINING A CATALYST OF A CRYSTALLINE ALUMINOSILICATE SALT, MAINTAINED UNDER CONVERSION CONDITIONS, INTRODUCING INTO AND MAINTAINING DURING CONVERSION IN SAID REACTION ZONE A GAS CONSISTING ESSENTIALLY OF CARBON DIOXIDE PRESENT IN AN AMOUNT SUFICIENT TO EFFECTIVELY ENHANCE THE ACTIVITY OF SAID CATALYST, WHICH CATALYST HAS RIGID THREEDIMENSIONAL NETWORKS MADE UP OF UNIT CELLS CHARACTERIZED BY THE SUBSTANTIAL ABSENCE OF CHANGE IN UNIT CELL DIMENSIONS UPON DEHYDRATION AND REHYDRATION AND A SORPTION CAPACITY AT 760 MM. PRESSURE AND 25*C. OF AT LEAST 4 WEIGHT PERCENT OF NORMAL BUTANE AND COLLECTING THEE CATALYTICALLY TRRANSFORMED ORGANIC PRODUCT ISSUING FROM SAID REACTION ZONE.