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Ushbu maqolada lak bo‘yoq korxonalaridagi oqova suvlarini tozalash maqsadida mahalliy xomashyolardan foydalanib tarkibida azot, kislorod va kremniy tutgan organogibrid ionitlar sintez qilindi. Sintez qilingan ionitlar orqali to‘qimachilik sanoatida hosil bo‘lgan oqova suvlarni tozalashda qo‘llanildi. Korxonada hosil bo‘lgan oqova suvlarning tozalash samaradorligini suvdagi ionitning hosil bo‘lish jarayonida monomerlarning mol nisbatlariga bog‘liqlik qonuniyatlari bilan o‘rganildi va uning mol nisbatlari 1:1 ni tashkil qildi, bunda oqova suvlarning KKS ko‘rsatkichining kattaligi 45-55% ga, rang intensivligi 92-94% ga kamayadi.

  • Read count 50
  • Date of publication 05-12-2024
  • Main LanguageO'zbek
  • Pages172-177
Ўзбек

Ushbu maqolada lak bo‘yoq korxonalaridagi oqova suvlarini tozalash maqsadida mahalliy xomashyolardan foydalanib tarkibida azot, kislorod va kremniy tutgan organogibrid ionitlar sintez qilindi. Sintez qilingan ionitlar orqali to‘qimachilik sanoatida hosil bo‘lgan oqova suvlarni tozalashda qo‘llanildi. Korxonada hosil bo‘lgan oqova suvlarning tozalash samaradorligini suvdagi ionitning hosil bo‘lish jarayonida monomerlarning mol nisbatlariga bog‘liqlik qonuniyatlari bilan o‘rganildi va uning mol nisbatlari 1:1 ni tashkil qildi, bunda oqova suvlarning KKS ko‘rsatkichining kattaligi 45-55% ga, rang intensivligi 92-94% ga kamayadi.

Ўзбек

В данной статье с использованием местного сырья для очистки сточных вод лаковых заводов синтезированы органогибридные иониты, содержа щие азот, кислород и кремний. Его использовали при очистке сточных вод текстильной промышленности посредством синтезированных ионитов. Эффективность очистки сточных вод на предприятии изучали по законам зависимости от мольного соотношения мономеров в процессе образования ионита в воде, при этом его мольное соотношение составляло 1:1, при этом показатель ККС сточных вод составлял 45- 55%, интенсивность цвета снижается на 92-94%.

Ўзбек

In this article, organohybrid ionites containing nitrogen, oxygen, and silicon were synthesized using local raw materials for the purpose of wastewater treatment in varnish factories. It was used in the treatment of waste water produced in the textile industry by means of synthesized ionites. The efficiency of wastewater treatment at the enterprise was studied by the laws of dependence on the molar ratio of monomers in the process of formation of ionite in water, and its molar ratio was 1:1, in which the KKS indicator of wastewater was 45-55%, the color intensity decreases by 92-94%.

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