The influence of reaction temperature on the hydrothermal conversion of rhyolitic Lipari pumice to zeolites in 2–5 NaOH has been investigated in the 65°–150°C range. Phillipsite, Zeolite pc, Hydroxysodalite, Faujasite, Analcime and a sodium aluminum silicate hydrate are formed as components of the product mixture. After 5 h at 130°C Analcime is obtained as a pure and highly crystalline compound.

Influence of temperature on hydrothermal synthesis of zeolites from Lipari pumice

OTTANA', Rosaria;BART, Joannes Christian
1983-01-01

Abstract

The influence of reaction temperature on the hydrothermal conversion of rhyolitic Lipari pumice to zeolites in 2–5 NaOH has been investigated in the 65°–150°C range. Phillipsite, Zeolite pc, Hydroxysodalite, Faujasite, Analcime and a sodium aluminum silicate hydrate are formed as components of the product mixture. After 5 h at 130°C Analcime is obtained as a pure and highly crystalline compound.
1983
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11570/2205432
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