DOZATORLI BIOGAZ QURILMASINING TAJRIBA TADQIQOT TAVSIFI

Erkin Shodiyev

Mualliflar

Shodiyev Erkin Boyjigitovich Muallif

Kalit so‘zlar:

organik chiqindi , regression , meʼyorlab solish, mol goʻngi, bioreaktor, , temperatura

Abstrak

Annotatsiya. Kirish: Qishloq xoʻjaligi organik chiqindilarini anaerob sharoitda fermentatsiyasi talablari asosida ishlovchi koʻp funksiyali biogaz qurilmasining samarador konstruksiyasi toʻgʻrisida maʼlumotlar keltirilgan. Bunda reaktorining hajmi 30 m³ boʻlgan biogaz qurilmasining, organik chiqindilarni meʼyorlab solish uskunasi bilan taʼminlanganligi va uning qurilma samaradorligiga taʼsirlarini oʻrganish borasida oʻtkazilgan nazariy va amaliy tadqiqotlar natijalari berilgan. Ayniqsa chiqindilarni meʼyorlab solishda matematik regression hisoblariga rioya qilganda ijobiy samaradorlikka erishilganligi maqolada bayon etilgan.

Usul va materiallar: Tajriba – ishlab chiqish qurilmasida tajribalar oʻtkazishda organik chiqindilarga anaerob ishlov berish qurilmalarida tajribalar oʻtkazish umumeʼtirof etilgan usullardan foydalandik [8,9].

Natijalar: Tajriba bioreaktoridan olinayotgan biogazning tarkibi Oʻzbekneftgazning “AO Нефтгазисследование” Xorazm viloyatida joylashgan filialiga tajriba namuna olish talablari darajasida tayyor holga keltirib tekshirib berish uchun joʻnatib turildi[10].

Xulosa: Organik chiqindilarga pogʻonali ishlov berishda biogaz qurilmasining asosiy koʻrsatkichlari sifatida aralashtirishlar soni, aralashtirishlar tezligi va aralashtirishlar davomiyligi qabul qilinib uning qiymatlarini aniqlashda tajribalarni rejalashtirish usulidan foydalanildi.

Yuklashlar

Yuklab olish maʼlumotlari hali mavjud emas.

bibliografik havolalar

[1] Altafini C, Wander P. &Barreto R., Prediction of the working parameters of a wood waste gasifier through an equilibrium model Energy Corwersion and Management, 2003, 44, pp. 2763-2777.

[2] Imomov, S., Sultonov, M., Aynakulov, S., Usmonov, K., &Khafizov, O. (2019). Mathematical Model of the Processes of Step-By-Step Processing of Organic Waste. In International Conference on Information Science and Communications Technologies: Applications, Trends and Opportunities, ICISCT 2019. Institute of Electrical and Electronics Engineers Inc. https://doi.org/10.1109/ICISCT47635.2019.9011929

[3] Imomov, S., Kholikova, N., Alimova, Z., Nuritov, I., &Temirkulova, N. (2019). Oil purification devices used in internal combustion engines. International Journal of Innovative Technology and Exploring Engineering, 9(1), 3103-3107. https://doi.org/10.35940/ijitee. A9141. 119119

[4] Salimov O, Imomov Sh, Nuritov I, Usmonov K 2019 Renewable energy sources, Tashkent Sparks of Literature, Tashkent. [24] Imomov Sh, Qayumov T 2019 International Conference on Science, Education and Innovation, Tashkent, pp 251 - 257.

[5] Imomov Sh, Kayumov T, Usmonov K, Imomov Sh, Nuritov I 2019 Journal of Agro-economics 2019 99 -101. [26] Komilov OS, Astanov SKh, Safarov OF, Sharipov MZ, Faizullaev AR, Tillaev L 2009 Applied Solar Energy 45(4) 262-265.

[6] Komilov OS, Sharipov MZ, Rizokulov MN, Majitov JA 2019 Methods of thermal calculation of solar desalination installations in non-stationary conditions of their operation, Solar energy: Trends of researches and developments, Tashkent, pp 38-39. [28] Komilov OS, Sharipov MZ, Majitov JA, Tilloev LI 2020 Development of Science and Technology 3 153-159.

[7] Мажитов Ж.А.” Биогаз олиш жараёнида ҳарорат меъёри ва унинг физик –механик ҳисоби”.// Қайта тикланадиган энергия манбалари: илмий тадқиқотлар, инновацион технологиялар ва ишланмалар республика илмий-амалий анжумани материаллари тўплами 16-17 октябрь Қарши 2020 йил. 111-114.б.

[8] Vondra M., Touš M., Teng S.Y. Digestate evaporation treatment in biogas plants: A technoeconomic assessment by Monte Carlo, neural networks and decision trees (2019) Journal of Cleaner Production, 238, статья № 117870

[9] Tikhonravov V.S. Resource-saving biotechnologies for the production of alternative fuels in animal husbandry // Scientific and Analytical Review - FGBNU Rosinformagrotekh - Moscow, 2011. - 52 р.

[10] Nesse A.S., Sogn T., Børresen T., Foereid B. Peat replacement in horticultural growth media: the adequacy of coir, paper sludge and biogas digestate as growth medium constituents for tomato (Solanumlycopersicum L.) and lettuce (Lactuca sativa L.)(2019) ActaAgriculturaeScandinavica Section B: Soil and Plant Science, 69 (4), pp. 287-294.

[11] Weinand J.M., McKenna R., Karner K., Braun L., Herbes C. Assessing the potential contribution of excess heat from biogas plants towards decarbonising residential heating (2019) Journal of Cleaner Production, 238, статья № 117756,

[12] Shin S.G., Han G., Lee J., Shin J., Hwang S. A snapshot of microbial community structures in 20 different field-scale anaerobic bioreactors treating food waste (2019) Journal of Environmental Management, 248, статья № 109297,

[13] De Sanctis M., Chimienti S., Pastore C., Piergrossi V., Di Iaconi C. Energy efficiency improvement of thermal hydrolysis and anaerobic digestion of Posidonia oceanica residues (2019) Applied Energy, 252, статья № 113457,

[14] De Sanctis M., Chimienti S., Pastore C., Piergrossi V., Di Iaconi C. Energy efficiency improvement of thermal hydrolysis and anaerobic digestion of Posidonia oceanica residues(2019) Applied Energy, 252, статья № 113457