O‘ZBEKISTON RESPUBLIKASIDA CHUCHUK SUV ISHLAB CHIQARISHNING TEXNIK-IQTISODIY TAHLILI, HISOBI VA UNI ASOSLASH
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Quyosh energiyasiumumiy vergul ro'yxat seperatori chuchuk suvumumiy vergul ro'yxat seperatori LCOWumumiy vergul ro'yxat seperatori toza suv ishlab chiqish texnalogiyasiumumiy vergul ro'yxat seperatori iqtisodiy baholash##article.abstract##
Amudaryo va Sirdaryo kabi yirik daryolarning mavjudligiga qaramay,
Oʻzbekistonda suv taqsimoti muammolari qishloq xoʻjaligining suvga boʻlgan katta talabi va Orol
dengizining qurishi tufayli yanada ogʻirlashmoqda. Suvni ko‘p talab qiladigan ekinlarni
yetishtirishga o‘tish mavjud resurslarni yanada kamayishiga olib keladi. Ushbu muammolar chuchuk
suv ishlab chiqarishga ilg‘or texnologiyalar va iqtisodiy maqsadga muvofiqligini baholashni o‘z
ichiga olgan innovatsion yondashuvlarni talab qiladi.
Xarajatlarni hisoblash modeli turli xil suv ishlab chiqarish texnologiyalarining kapital va
operatsion xarajatlarini baholash, ishlab chiqarilgan suvning o‘zini qoplash narxi (LCOW). LCOW
eng tejamkor variantlarni aniqlash uchun bir necha texnologiya hisoblab chiqilgan va solishtirilgan.
Qarshi, Buxoro va Termizda quyosh radiatsiyasi yuqori. Shu sababli ushbu mintaqalarda yillik
quyosh energiyasining kattaroq qismi to‘g‘ri keladi. Ushbu ma’lumotlarni inobatga olib LCOW
mintaqalar bo‘ylab katta farq qilmaydi, barcha qiymatlar bir kubometr uchun 0,10 dan 0,14
dollargacha tushadi.
O‘zbekiston hududida suv ishlab chiqarish tannarxini kompleks baholashda Toshkent,
Samarqand, Qarshi, Andijon va Namangan shaharlarida parallel tahlil o‘tkazildi va suvning
standartlashtirilgan tannarxidagi kichik farqlar aniqlandi. Bir kubometr uchun LCOW $0,10 dan
$0,14 gacha baholandi.
##submission.citations##
Smith, J. A., & Karimov, B. (2020). "Challenges of Water Distribution in Central Asia: A Case
Study of Uzbekistan’s Agricultural Sector." Central Asian Journal of Water Research, 6(3),
-37.
Brown, L. R., & Johnson, A. (2021). "Impact of Cotton Cultivation on Water Scarcity in
Uzbekistan." Agricultural Water Management, 245, 106540.
Patel, R. S., & Hamidov, A. (2019). "Advances in Desalination Technologies and Their Potential
in Uzbekistan." Desalination and Water Treatment, 150, 118-129.
Zhang, W., & Mirzaev, D. (2022). "Socio-Economic Factors in Water Resource Management in
Arid Regions: Learnings from Uzbekistan." Water Policy, 24(2), 285-299.
Kumar, P., & Singh, R. (2018). "Assessing the Levelized Cost of Water (LCOW) for
Desalination in Arid Regions." Water Economics and Policy, 4(1), 1750004.
Lee, K., & Abdullaev, I. (2019). "Nanofiltration Implementation for Water Purification in Central
Asia." Journal of Water Process Engineering, 32, 100927.
White, S., & Tursunov, O. (2020). "Economic Implications of Water Efficiency in Uzbekistan:
A Macro Perspective." Economics of Water Management in Central Asia, 8(4), 67-82.
United Nations. (2019). "Achieving Sustainable Development Goals through Improved Water
Management in Central Asia." UN Water Report.
Chen, M., & Petrov, G. (2021). "Case Studies of Successful Water Production Projects in Arid
Environments." International Journal of Water Resources Development, 37(5), 789-807.
Ivanov, V., & Hassan, S. M. (2022). "Technical Innovations and Sustainable Economic
Strategies for Water Security in Uzbekistan." Water Resources Management, 36(3), 855-869.
N.R Avezova, E.Yu Rakhimov, N.N Dalmuradova, and M.B Shermatova. Adjustments to the
indicators of the heating and cooling degree-days for regions of the Republic of Uzbekistan/OP
Conf. Series: Earth and Environmental Science 939 (2021) 012017, doi:10.1088/1755-
/939/1/012017
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