Abstract 1. A METHOD OF DECREASING SILICA PORE OBSTRUCTION IN CRYSTALLINE ALUMINOSILICATES HAVING A SIO2 A12O3 RATIO GREATER THAN 6 WHICH COMPRISES ADMIXING A CRYSTALLINE ALUMINOSILICATE ZEOLITE REACTION MIXTURE SUFFICIENT TO PREPARE A CRYASTALLINE ALUMINOSILICATE ZEOLITE, SAID REACTION MIXTURE COMPRISING THE FOLLOWING COMPONENTS EXPRESSED AS OXIDES IN THE MOLE RATIOS SET FORTH: NA2OO (R2O+NA2O) .31 TO <1 (R2O+NA2O) SIO2 0.5 RO .90 SIO2 A12O3 3 TOT O 6 H2O (R2O+NA2O) 15 TO 600 WHEREIN R IS A TETRAMETHYLAMMONIUM CATION, WITH AN ALKALI METAL SALT CONTAINING MONOVALENT ANIONS IN AN AMOUNT SUFFICIENT TO DECREASE SILICA PORE ABSTRUCTION, AND MAINTAINING THE MIXTURE UNTIL CRYSTALS HAVING THE X-RAY DIFFRACTION PATTERN VALUES SHOWN IN TABLE 2 OF THE SPECIFICATION ARE FORMED.
A METHOD OF DECREASING SILICA PORE OBSTRUCTION IN CRYSTALLINE ALUMINOSILICATES HAVING A SIO2 A12O3 RATIO GREATER THAN 6 WHICH COMPRISES ADMIXING A CRYSTALLINE ALUMINOSILICATE ZEOLITE REACTION MIXTURE SUFFICIENT TO PREPARE A CRYASTALLINE ALUMINOSILICATE ZEOLITE, SAID REACTION MIXTURE COMPRISING THE FOLLOWING COMPONENTS EXPRESSED AS OXIDES IN THE MOLE RATIOS SET FORTH: NA2OO (R2O+NA2O) .31 TO <1 (R2O+NA2O) SIO2 0.5 RO .90 SIO2 A12O3 3 TOT
Claim 2
Independent Claim
64 words
A METHOD OF DECREASING SILICA PORE OBSTRUCTION IN CRYSTALLINE ALUMINOSILICATES HAVING A SIO2 A12O3 RATIO GREATER THAN 6 WHICH COMPRISES ADMIXING A CRYSTALLINE ALUMINOSILICATE ZEOLITE REACTION MIXTURE SUFFICIENT TO PREPARE A CRYASTALLINE ALUMINOSILICATE ZEOLITE, SAID REACTION MIXTURE COMPRISING THE FOLLOWING COMPONENTS EXPRESSED AS OXIDES IN THE MOLE RATIOS SET FORTH: NA2OO (R2O+NA2O) .31 TO <1 (R2O+NA2O) SIO2 0.5 RO .90 SIO2 A12O3 3 TOT