Qarshi magistral kanali suvidan dastlabki tindirish va membrana (uf/ro) texnologiyasi orqali yuqori sifatli ichimlik suvi ishlab chiqarish

Berdiyev, Shavkat, Hasanov, Sunnatillo, Shukurov, Behruz, Payanova, Iroda

Agro ILM · 2026-yil

Annotatsiya

This article analyzes the process of converting water from the Karshi Main Canal into drinking water using modern water treatment technologies. The study examines the main stages of water purification, including preliminary sedimentation, mechanical filtration, purification using activated carbon, and membrane technologies such as ultrafiltration and reverse osmosis. Since the water of the Karshi Main Canal mainly originates from the Amu Darya River, its hydrochemical composition varies seasonally and may contain suspended particles, mineral salts, and organic compounds. Therefore, the first stage involves sedimentation, during which large and heavy particles settle under the influence of gravity. In the following stages, sand filters and activated carbon filters are used to reduce mechanical and chemical impurities. At the final stage, membrane technologies remove dissolved salts, heavy metals, bacteria, and other contaminants. The results of the study show that a multi-stage filtration system significantly improves water quality and makes it possible to bring it to a drinking water standard suitable for human consumption.

Maqola ma’lumotlari
MualliflarBerdiyev, Shavkat, Hasanov, Sunnatillo, Shukurov, Behruz, Payanova, Iroda
JurnalAgro ILM
NashriyotO‘zbekiston qishloq xo‘jaligi jurnali ilmiy ilovasi
ISSN2091-5616
Nashr sanasi2026-06-21
Jild125
Son4
Betlar111-113
TilO‘zbek
Indeksga qo‘shilgan2026-08-27

Maqolaning asl sahifasi

Kalit so‘zlar

sedimentation, filtration, ultrafiltration, reverse osmosis membrane, pure water, mineral water, отстаивание, фильтрaция, ультрафильтрaция, мембрана обратного осмоса, чистая вода, минеральная вода, tindirish, filtrlash, ultrafiltratsiya, osmos membrana sof, mineral

Iqtibos keltirish

APABerdiyev, Shavkat, Hasanov, Sunnatillo, Shukurov, Behruz, & Payanova, Iroda (2026). QARSHI MAGISTRAL KANALI SUVIDAN DASTLABKI TINDIRISH VA MEMBRANA (UF/RO) TEXNOLOGIYASI ORQALI YUQORI SIFATLI ICHIMLIK SUVI ISHLAB CHIQARISH. Agro ILM, 125(4), 111-113. https://qxjurnal.uz/index.php/ai/article/view/657
GOST (OAK)Berdiyev, Shavkat va b. QARSHI MAGISTRAL KANALI SUVIDAN DASTLABKI TINDIRISH VA MEMBRANA (UF/RO) TEXNOLOGIYASI ORQALI YUQORI SIFATLI ICHIMLIK SUVI ISHLAB CHIQARISH // Agro ILM. – 2026. – T. 125, № 4. – B. 111-113.
MLABerdiyev, Shavkat, Hasanov, Sunnatillo, Shukurov, Behruz, and Payanova, Iroda. “QARSHI MAGISTRAL KANALI SUVIDAN DASTLABKI TINDIRISH VA MEMBRANA (UF/RO) TEXNOLOGIYASI ORQALI YUQORI SIFATLI ICHIMLIK SUVI ISHLAB CHIQARISH.” Agro ILM, 125(4), 111-113, 2026. https://qxjurnal.uz/index.php/ai/article/view/657
ChicagoBerdiyev, Shavkat, Hasanov, Sunnatillo, Shukurov, Behruz, and Payanova, Iroda. “QARSHI MAGISTRAL KANALI SUVIDAN DASTLABKI TINDIRISH VA MEMBRANA (UF/RO) TEXNOLOGIYASI ORQALI YUQORI SIFATLI ICHIMLIK SUVI ISHLAB CHIQARISH.” Agro ILM, 125(4), 111-113 (2026). https://qxjurnal.uz/index.php/ai/article/view/657
HarvardBerdiyev, Shavkat, Hasanov, Sunnatillo, Shukurov, Behruz, and Payanova, Iroda (2026) ‘QARSHI MAGISTRAL KANALI SUVIDAN DASTLABKI TINDIRISH VA MEMBRANA (UF/RO) TEXNOLOGIYASI ORQALI YUQORI SIFATLI ICHIMLIK SUVI ISHLAB CHIQARISH’, Agro ILM, 125(4), 111-113. https://qxjurnal.uz/index.php/ai/article/view/657
BibTeX
@article{berdiyevshavkat2026,
  title = {QARSHI MAGISTRAL KANALI SUVIDAN DASTLABKI TINDIRISH VA MEMBRANA (UF/RO) TEXNOLOGIYASI ORQALI YUQORI SIFATLI ICHIMLIK SUVI ISHLAB CHIQARISH},
  author = {Berdiyev, Shavkat and Hasanov, Sunnatillo and Shukurov, Behruz and Payanova, Iroda},
  journal = {Agro ILM},
  year = {2026},
  volume = {125},
  number = {4},
  pages = {111-113},
  url = {https://qxjurnal.uz/index.php/ai/article/view/657}
}

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