Kalit so‘zlar
Iqtibos keltirish tartibi
Annotatsiya
Annotatsiya. Kirish. Oqova suvlarni to‘liq tozalash va tozalash inshootlarining energetik mustaqilligiga erishish zamonaviy ekologik hamda muhandislik sohasining dolzarb masalalaridan biridir.
Materiallar va usullar. Tadqiqotda quyosh fotovoltaik-termal (PV/T) panellari, past kuchlanishli o‘zgarmas tok manbaiga ega elektro-bioreaktor (e-MBR) hamda IoT/AI asosidagi intellektual boshqaruv modulidan iborat gibrid tizimning konstruktiv va energetik ko‘rsatkichlari baholandi. Suvni organik va biogen moddalardan tozalash darajasi standart spektrofotometrik usullar yordamida aniqlandi. Membrana kirlanishi va trans-membrana bosimi (TMP) dinamikasi elektr maydoni o‘rganildi, tizimning energetik balansi hamda intellektual boshqaruv samaradorligi neyron tarmoqlari va dasturiy modellashtirish yordamida baholandi.
Natijalar. Tadqiqot va hisoblash natijalari intellektual quyosh-elektrobiomembrana tizimida organik moddalar (COD va BOD) 96-98% ga, azot va fosfor birikmalari esa 88-94% ga tozalanashini ko‘rsatdi. Elektr maydonining tatbiq etilishi trans-membrana bosimining ortish tezligini 2.3 baravarga kamaytirib, membrananing xizmat muddatini 60% ga uzaytirdi. Shuningdek, PV/T quyosh panellari evaziga tizimning elektr energiyasiga bo‘lgan ehtiyoji 78% ga qoplandi va AI algoritmlarining avtomatik boshqaruvi orqali solishtirma energiya sarfi 32% ga tejalishi aniqlandi.
Xulosa. Taklif etilgan konstruktiv yechimlar va intellektual algoritmlar oqova suv tozalash inshootlarini avtonom resurs markazlariga aylantirish va energiya tejamkorlik masalalarini hal etishga xizmat qiladi.
Adabiyotlar ro‘yxati
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Mualliflik huquqi (c) 2026 Mirzayorova, S. U. (Muallif)