METHOD OF OBTAINING GRANULATED HIGHLY MODULAR FAUJASITE, GRANULATED WITHOUT BINDING AGENTS

METHOD OF OBTAINING GRANULATED HIGHLY MODULAR FAUJASITE, GRANULATED WITHOUT BINDING AGENTS

FIELD: chemistry.SUBSTANCE: invention relates to methods of obtaining highly modular faujasite, granulated without binding agents. Method includes from two to seven processings of faujasite, granulated without binding agents, with modulus 5.5-7.0, with water solution of ammonium salt, with said proc...

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Hauptverfasser: TRAVKINA OL'GA SERGEEVNA, KUTEPOV BORIS IVANOVICH, EHRSHTEJN ANTON SERGEEVICH, SHAVALEEV DAMIR AKHATOVICH, BASIMOVA RASHIDA ALMAGIEVNA, PAVLOV MIKHAIL LEONARDOVICH, SHAVALEEVA NAZIFA NAILEVNA
Format: Patent
Sprache:eng ; rus
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CHEMISTRY
COMPOUNDS THEREOF
INORGANIC CHEMISTRY
METALLURGY
NON-METALLIC ELEMENTS
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creator TRAVKINA OL'GA SERGEEVNA
KUTEPOV BORIS IVANOVICH
EHRSHTEJN ANTON SERGEEVICH
SHAVALEEV DAMIR AKHATOVICH
BASIMOVA RASHIDA ALMAGIEVNA
PAVLOV MIKHAIL LEONARDOVICH
SHAVALEEVA NAZIFA NAILEVNA
description FIELD: chemistry.SUBSTANCE: invention relates to methods of obtaining highly modular faujasite, granulated without binding agents. Method includes from two to seven processings of faujasite, granulated without binding agents, with modulus 5.5-7.0, with water solution of ammonium salt, with said processings being alternated with thermal processings in medium of 100% water vapour.EFFECT: invention provides obtaining highly modular faujasite, granulated without binding agents, possessing modulus from 7,6 to 45,0 with high indices of crystallinity, capacity and strength, as well as with low content of NaO. Изобретение относится к способам получения гранулированного без связующих веществ высокомодульного фожазита. Способ предусматривает от двух до семи обработок гранулированного без связующих веществ фожазита с модулем 5,5-7,0 водным раствором соли аммония, причём упомянутые обработки чередуют с термообработками в среде 100% водяного пара. Изобретение обеспечивает получение гранулированного без связующих веществ высокомодульного фожазита, обладающего модулем от 7,6 до 45,0 с высокими показателями кристалличности, емкости и прочности, а также с низким содержанием NaO.
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Method includes from two to seven processings of faujasite, granulated without binding agents, with modulus 5.5-7.0, with water solution of ammonium salt, with said processings being alternated with thermal processings in medium of 100% water vapour.EFFECT: invention provides obtaining highly modular faujasite, granulated without binding agents, possessing modulus from 7,6 to 45,0 with high indices of crystallinity, capacity and strength, as well as with low content of NaO. Изобретение относится к способам получения гранулированного без связующих веществ высокомодульного фожазита. Способ предусматривает от двух до семи обработок гранулированного без связующих веществ фожазита с модулем 5,5-7,0 водным раствором соли аммония, причём упомянутые обработки чередуют с термообработками в среде 100% водяного пара. 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Method includes from two to seven processings of faujasite, granulated without binding agents, with modulus 5.5-7.0, with water solution of ammonium salt, with said processings being alternated with thermal processings in medium of 100% water vapour.EFFECT: invention provides obtaining highly modular faujasite, granulated without binding agents, possessing modulus from 7,6 to 45,0 with high indices of crystallinity, capacity and strength, as well as with low content of NaO. Изобретение относится к способам получения гранулированного без связующих веществ высокомодульного фожазита. Способ предусматривает от двух до семи обработок гранулированного без связующих веществ фожазита с модулем 5,5-7,0 водным раствором соли аммония, причём упомянутые обработки чередуют с термообработками в среде 100% водяного пара. Изобретение обеспечивает получение гранулированного без связующих веществ высокомодульного фожазита, обладающего модулем от 7,6 до 45,0 с высокими показателями кристалличности, емкости и прочности, а также с низким содержанием NaO.</abstract><oa>free_for_read</oa></addata></record>
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subjects CHEMISTRY
COMPOUNDS THEREOF
INORGANIC CHEMISTRY
METALLURGY
NON-METALLIC ELEMENTS
title METHOD OF OBTAINING GRANULATED HIGHLY MODULAR FAUJASITE, GRANULATED WITHOUT BINDING AGENTS
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