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obtaining sodium aluminosilicate from rice husk
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نویسنده
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appazov nurbol o. ,tolegenkyzy meruyert ,shudabay guldina e. ,serikkul anel ,kumar neeraj ,lyubchyk sergiy ,appazova ziyada zh. ,syzdykbayev marat i. ,akhataev nurlybek a. ,nazarov esenzhol a. ,abzhalelov bakytbek b. ,askarova gulzat sh. ,shomantayev assylkhan a. ,dairbekova guldana s. ,gushchin artem l. ,yespanova indira d. ,niyazova dinara zh. ,turmanov rakhymzhan a. ,zhapparbergenov rakhmetulla u. ,narmanova roza a.
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منبع
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chemical methodologies - 2026 - دوره : 10 - شماره : 2 - صفحه:154 -163
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چکیده
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This work addresses the processing of large-scale agricultural waste – rice husk, which is utilized as a source of silicon for the synthesis of sodium aluminosilicate. a method for producing sorbents, in particular an aluminosilicate adsorbent for the purification of natural and wastewater in various industrial sectors, is described. as a result of mixing 50 ml of a saturated aluminum sulfate solution with sodium silicate (obtained by microwave irradiation of a mixture of 130 ml of 1 m sodium hydroxide solution with 10 g of ground, distilled water-washed, and air-dried rice husk), a precipitate is formed. subsequent thermal treatment of this precipitate at different temperatures yields sorbents with varying sorption characteristics. this method of producing sodium aluminosilicate from rice husk is efficient and environmentally sustainable, enabling the utilization of agricultural waste while obtaining valuable adsorbents with high performance.
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کلیدواژه
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rice husk ,sodium silicate ,sodium aluminosilicate ,adsorbent
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آدرس
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korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, syr-aral expertise llp, kazakhstan, karaganda industrial university, department of metal forming, kazakhstan, universidade lusofona, deep technology laboratory, portugal, universidade lusofona, deep technology laboratory, portugal, karaganda industrial university, department of metal forming, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, universidade lusofona, deep technology laboratory, kazakhstan, nikolaev institute of inorganic chemistry sb ras, laboratory of chemistry of complex compounds, russia, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan, korkyt ata kyzylorda university, laboratory of engineering profile, kazakhstan
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پست الکترونیکی
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roza_an@mai.ru
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Authors
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