CURRENT ISSUES AFFECTING THE MINERAL EXTRACTION PROCESS AT THE TYUBEGATAN MINE
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Abstract
The research examines the environmental impact of expanding dump sites in mining complexes, with a focus on the Tyubegatan mine and Dehkanabad Potash Plant (DPP). Key findings highlight the presence of 3.5-5.5% valuable components in waste from enrichment plants, emphasizing the need for improved storage and disposal methods. The study assesses the hydrogeological and geological conditions, noting underground saline waters and two primary waste types: mined salt and salt waste from the DPP. Results reveal an approximate total waste volume of 4.78 million tons, recommending permanent geodetic surveys for monitoring, especially in summer, to control dust. The study stresses that managing expanding dump sites is essential to mitigate environmental damage, advocating for separate handling of valuable waste for future use and sustainability.
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References
1. Геологические исходные данные для проектирования горнодобывающего комплекса Дехканабадского завода калийных удобрений. Пермь: ООО НПФ «Геопрогноз», 2007.
2. Геомеханические исходные данные для проектирования отработки Тюбегатанского месторождения калийных солей. Пермь, 2008.
3. Ўзбекистон Республикаси "Ер тўғрисида"ги қонуни. 13 декабр 2002.
4. Русский, И.И. Технология отвальных работ и рекультивация на месторождениях. Москва: Недра, 1979. – 262 с.
5. Nomdorov, R. U. (2024). POLIMERLARNI KONCHILIK SANOATIDA QO‘LLANILISHI. Sanoatda raqamli texnologiyalar, 2(03).
6. Nomdorov, R. U., & Zuxurov, Y. T. (2024). TEPAQOʻTON KALIY TUZLARI KONINING GIDROGEOLOGIK STRUKTURASINI OʻRGANISH. Sanoatda raqamli texnologiyalar, 2(03).
7. Rustam, N., & Asliddin, A. (2024). POLYMER PLASTIC DRAINAGE SYSTEMS AND THEIR APPLICATION IN MINING. Universum: технические науки, 4(9 (126)), 38-40.