Kasimov Sh.I., Umirov N.S., Matchanov A.D., Gapparova F., Khanturaeva S.
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引用次数: 0
摘要
文章采用电感耦合线圈光发射光谱法研究了卡拉卡尔帕克斯坦贝鲁尼地区甘草根工业加工过程中产生的两种芒硝中的微量和宏量元素含量，并与文献中的含量进行了比较。所获得的结果被用于研究土壤和芒硝成分中植物所需的大分子元素 K 和 R 的含量，结果表明有可能在此基础上生产出新型的有机矿物质肥料。根据所获得的结果，在所研究的芒硝和废水以及甘草根工业废料的基础上，建立了生产有机矿物质肥料的科学基础。
STUDYING THE CHEMICAL COMPOSITION OF WASTE WATER FOR THE PRODUCTION OF GLYCORRICE ROOT AND GLAUCONITE FROM KARAKALPAKIA
In the article, the amount of micro-and macro-elements in two types of glauconite produced during the industrial processing of licorice root from Beruni district of Karakalpakstan was studied based on the inductively coupled coil optical emission spectrometry method and compared with those in the literature. The obtained results were used to study the amount of macroelements K and R necessary for plants in the composition of soil and glauconite, and it was shown that it is possible to produce new types of organomineral fertilizers based on them. It has been shown that the processing of licorice root in our republic can solve the problems of disposal of industrial waste.Based on the obtained results, the scientific basis of organomineral fertilizer production was developed based on the studied glauconite and wastewater and licorice root industrial waste.
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