STUDYING THE INFLUENCE OF CERTAIN FACTORS ON THE EFFECTIVENESS OF INHIBITING THE SCALE OF INHIBITORS IN THE WATERS OF THE KARAKALPAK REPUBLIC

475

Hozirgi vaqtda korroziyadan himoya qilish va mineral tuzlarning cho‘kishini oldini olish uchun oltmish mingdan ortiq turdagi reagentlar taklif qilingan, ulardan faqatgina 7 foizi sanoat miqyosida ishlab chiqarilmoqda. Mahalliy xomashyo va sanoat ingibitorlari asosida arzon va sinergetik jihatdan samarali ingibitorlarni tayyorlash dolzarb vazifadir.

Mazkur ishda IOMS-1, Option, Zn-OEDP, "Nalko-2000" kabi sanoat ingibitorlari va oksietilidendifosfon kislota rux kompleksonsti, karbamid-formaldegid qatroni va monoetanning vakuumda haydash kub qoldig‘idan iborat tarkib taqqoslanadi. 4-14 mg/l konsentrasiyalar chegarasida tavsiya etilgan kompozitsion tarkibning, Option va Nalco-2000 sanoat inhibitorlaridan samaradorligi kam emasligini va mos ravishda 95%, 94% va 95% ni tashkil etishi aniqlandi. Bunda, taklif etilayotgan preparat tarkibidagi import qilinayotgan reagentning miqdori uchdan bir qismni tashkil etish va tanlangan kompozitsion tarkib sinergik samarali ta'sir ko‘rsatishi ta'kidlangan.

Название журналаTechnical science and innovation
Номер выпуска2020№1(03)
Количество просмотров 475

Ссылка в интернете

DOI

Дата создание в систему UzSCI 04-08-2020

Количество прочтений 454

Дата публикации 20-05-2020

Язык статьиO'zbek

Страницы21-28

Ключевые слова

Ўзбек

Hozirgi vaqtda korroziyadan himoya qilish va mineral tuzlarning cho‘kishini oldini olish uchun oltmish mingdan ortiq turdagi reagentlar taklif qilingan, ulardan faqatgina 7 foizi sanoat miqyosida ishlab chiqarilmoqda. Mahalliy xomashyo va sanoat ingibitorlari asosida arzon va sinergetik jihatdan samarali ingibitorlarni tayyorlash dolzarb vazifadir.

Mazkur ishda IOMS-1, Option, Zn-OEDP, "Nalko-2000" kabi sanoat ingibitorlari va oksietilidendifosfon kislota rux kompleksonsti, karbamid-formaldegid qatroni va monoetanning vakuumda haydash kub qoldig‘idan iborat tarkib taqqoslanadi. 4-14 mg/l konsentrasiyalar chegarasida tavsiya etilgan kompozitsion tarkibning, Option va Nalco-2000 sanoat inhibitorlaridan samaradorligi kam emasligini va mos ravishda 95%, 94% va 95% ni tashkil etishi aniqlandi. Bunda, taklif etilayotgan preparat tarkibidagi import qilinayotgan reagentning miqdori uchdan bir qismni tashkil etish va tanlangan kompozitsion tarkib sinergik samarali ta'sir ko‘rsatishi ta'kidlangan.

Ключевые слова

English

Nowadays, to protect against corrosion and prevent the deposition of mineral salts, more than sixty thousand types of reagents have been proposed, which only 7% are produced on an industrial scale. The preparation of cheap and synergetically effective scale inhibitors based on mixed raw materials and industrial inhibitors is an actual task.

Comparative study of industrial inhibitors IOMS-1, Option, Zn-HEDP, “Nalco-2000” with inhibitory compounds consisting of the zinc complex of hydroxyethylidene diphphonic acid (Zn-HEDP), carbide-formaldehyde resin, and vacuum distillation residue of monoethanolamine, have been proposed. The study of the concentration of inhibitors to prevent scaling in the range of 4-14 mg/l found that the proposed composition is not inferior in efficiency to the industrial inhibitors The effectiveness of these drugs are 95%, 94% and 95%, respectively. At the same time, it is noted that the content of the imported reagent in the composition of the proposed drug is one third and the selected composition has a positive synergetic inhibitory effect.

Ключевые слова

scale inhibitor

hydroxyethylidene diphosphonic acid

zincate

hardness of water

inhibition efficiency

inhibition mechanism

residue of monoethanolamine

Русский

В настоящее время для защиты от коррозии и предотвращения отложения минеральных солей было предложено более шестьидесяти тысяч типов реагентов, из которых только 7 % производятся в промышленных масштабах. Приготовление дешевых и синергетически эффективных ингибиторов солеотложения на основе местного сырья и промышленных ингибиторов является актуальной задачей.

В статье сравниваются эффективность промышленных ингибиторов ИОМС-1, Оптион, Zn-ОЭДФ, “Nalco-2000” с ингибирующим составом, состаящим из цинкового комплекса оксиэтилидендифофоновой кислоты(Zn-ОЭДФ), карбомидно-формальдегидной смолы и кубового остатка вакуумной перегонки моноэтаноламина. Исследованием концентрации ингибиторов для предотвращения солеотложений в интервале 4 - 14 мг/л установлено, что предлагаемая композиция по эффективности не уступает промышленным ингибиторам Оптион и “Nalco-2000”, эффективность данных препаратов составляет 95,94 и 95% соответственно. При этом отмечается, что содержание импортируемого реагента в составе предлагаемого препарата составляет одну треть и выбранная композиция оказывает положительный синергетический ингибирующий эффект.

Ключевые слова

№ Имя автора Должность Наименование организации

1 Kaipbergenova G.R. стр преподаватель Тошкент кимё-технология институти

2 Kadirov H.E. Professor Тошкент кимё-технология институти

№ Название ссылки

1 1 https://ru.wikipedia.org/wiki/ Nitrilotrimethylphosphonic acid

2 2 yugtehkom.pulscen.ru/.../31341635-ingibitor_soleotlozheni_difalon_ inkredol_ioms

3 3 Pat. RF 2233376. Pavlychev V.N., Prokshina N.V., Dorofeev S.V., Gabdullin R.F., Safonova E.A., Khasanov F.F., Kalimullin A.A., Faskhutdinov R.A., Safonov E.N., Belyaev V.A. A method for preventing the deposition of mineral salts and iron sulfide. Claim 10/07/2002. publ. 07/27/2004.

4 4 www.himprom.com/products/prod/detail.php?ELEMENT_ID=2979.

5 5 Ragulin V. V., Latypov O. A., Mikhailov A. G. Modeling of salt formation during oil production and technologies for its prevention // Scientific and Technical Bulletin of Yukos. 2003, No. 6. / P. 42-47.

6 6 A.N. Fedenko. The use of sodium polyphosphate in chemical water treatment: features, practice, and economic efficiency. Journal "Heat Supply News", No. 11, (27), November, 2002. P.29-30.

7 7. Saushkin A.Z., Tokunov V.I. Process fluids and formulations to increase the productivity of oil and gas wells. Edition: Nedra-Business Center LLC.- M .:/ 2004. -711 p.

8 8. Pat. 2393173 of the Russian Federation. The method of producing polyacrylonitrile. Terentyev A.O., Sakharova A.A., Vygodsky Y.S., Platonov M.M., Sapozhnikov D.A., Volkova T.V., Nikishin G.I. Claim 04/04/2008. Publ. 06/27/2010.

9 9. Ibragimov G.Z., Sorokin V.A., Khisamutdinov N.I. Chemical reagents for oil production. Reference worker. - M .: Nedra, 1986.- 240 p.

10 10. A.G. Re-purchase, Yu.S. Elizarova. Efficiency and prospects of using multicomponent scaling inhibitor mixtures. // Oil industry. - M .: /, 2003. / S. 82-84.

11 11. Guidelines for the use of antiscale agents and corrosion inhibitors OEDF, AFON 200-60A, AFON 230-23A, PAF-13A, IOMS-1 and their analogues, tested and certified by RAO UES of Russia, at power plants. СО 34.37.536-2004. - 67 p.

12 12. Persiyantsev M.N. Oil production in difficult conditions. "Nedra business center." 2000 .- 655 s. ISBN 5-8365-0052-5.

13 13. Pat. 4869845 (USA). Composition for water treatment. Declared 12.10.88; Publ. 09/26/89. RZhKhim 1989.16 I380.

14 14. A method of inhibiting salt deposition processes on the surfaces of water treatment equipment. Scale inhidition adentand method for usind some: U.S. Patent 6162391, IPC7 CO2F5 / 10, 09K 3/00. Kuritf Water Ind, Kowata Ken Ji, Limura Akira, Sato Shideru, Usui Urara, Sanaduchi Aya. No. 09/083007; Claim 05/21/1998; publ. 12/19/2000; Prior. 05/23/1997, No. 9 - 150367 (Japan); NPK 422/16 Eng.

15 15. V.N. Kizhnyaev, M.B. Astakhov, E.I. Biryukova. The effect of intermolecular interaction of monomers on the copolymerization of 1-vinylbenzimidazole with maleic acid // High molecular weight. connections. Ser. B. - 1992. -/ T.; 34, No. 10. S. 4-18.

16 16. Tsukanova T.V. The use of complex compounds in the preparation of additional water to optimize the water-chemical regime of boilers and heat supply systems. Abstract of dissertation for the degree of candidate of technical sciences.-M .:, 2007. - 27 p.

17 17. Zhon Zuo-mind, Jind Guan-hua, Tong Shou-yin, Dai Uon-Zhi. Jindxi huadond zhondjianti. The manufacture of scale inhibitors adapted to high rigidity and high alkalinity. // Fine chem. Intermediates 2001. No. 4. P.21 - 24.

18 18. Kim F.O., Kadirov Kh.I., Mukhitdinov Kh.D. Condensation of urea and thiourea with formaldehyde. Reports of the Academy of Sciences of the Republic of Uzbekistan, 2003. No. 3; -/Р. 56-59.

19 19. Kadirov H., Azamatov U., Turabjanov S.M. The initiator ishtirokida complexonlate synthesis. Uzbek chemical journal. 2014, No.6. From 7-11.

20 20. Kadirov H., Azamatov U., Turabjanov S., Ikramov A. Hydroxyethylidene diphosphon acid zincate asoside composite inhibitor olish. Chemistry and chemical technology. 2015. No. 3. S. 15-19.

21 21. Kadirov H., Azamatov U., Turabjanov S.M. New compositions of corrosion and scaling inhibitors. Composite materials, 2015; No.2. S. 53-57.

22 22. H.I. Kadirov, Z.S. Vohidov, T. Rizaev, U.R. Azamatov, A. Ikramov. Comparative tests of organophosphonate scale inhibitors. DAN RUZ.; 2015, No. 3. S.48-51.

23 23.Kadirov Khasan Irgashevich, Turabdjanov Sadritdin Mahamatdinovich. Synthesis of zincate-oxyethenediphosponic acid and the comparative results applying as scale inhibitors. Europaische Fachhochschule. European Applied Sciences. Stuttgart, Germany. ISSN 2195-2183. # 6. - / 2015.S. 66-69.

В ожидании

№	Имя автора	Должность	Наименование организации
1	Kaipbergenova G.R.	стр преподаватель	Тошкент кимё-технология институти
2	Kadirov H.E.	Professor	Тошкент кимё-технология институти

№	Название ссылки
1	1 https://ru.wikipedia.org/wiki/ Nitrilotrimethylphosphonic acid
2	2 yugtehkom.pulscen.ru/.../31341635-ingibitor_soleotlozheni_difalon_ inkredol_ioms
3	3 Pat. RF 2233376. Pavlychev V.N., Prokshina N.V., Dorofeev S.V., Gabdullin R.F., Safonova E.A., Khasanov F.F., Kalimullin A.A., Faskhutdinov R.A., Safonov E.N., Belyaev V.A. A method for preventing the deposition of mineral salts and iron sulfide. Claim 10/07/2002. publ. 07/27/2004.
4	4 www.himprom.com/products/prod/detail.php?ELEMENT_ID=2979.
5	5 Ragulin V. V., Latypov O. A., Mikhailov A. G. Modeling of salt formation during oil production and technologies for its prevention // Scientific and Technical Bulletin of Yukos. 2003, No. 6. / P. 42-47.
6	6 A.N. Fedenko. The use of sodium polyphosphate in chemical water treatment: features, practice, and economic efficiency. Journal "Heat Supply News", No. 11, (27), November, 2002. P.29-30.
7	7. Saushkin A.Z., Tokunov V.I. Process fluids and formulations to increase the productivity of oil and gas wells. Edition: Nedra-Business Center LLC.- M .:/ 2004. -711 p.
8	8. Pat. 2393173 of the Russian Federation. The method of producing polyacrylonitrile. Terentyev A.O., Sakharova A.A., Vygodsky Y.S., Platonov M.M., Sapozhnikov D.A., Volkova T.V., Nikishin G.I. Claim 04/04/2008. Publ. 06/27/2010.
9	9. Ibragimov G.Z., Sorokin V.A., Khisamutdinov N.I. Chemical reagents for oil production. Reference worker. - M .: Nedra, 1986.- 240 p.
10	10. A.G. Re-purchase, Yu.S. Elizarova. Efficiency and prospects of using multicomponent scaling inhibitor mixtures. // Oil industry. - M .: /, 2003. / S. 82-84.
11	11. Guidelines for the use of antiscale agents and corrosion inhibitors OEDF, AFON 200-60A, AFON 230-23A, PAF-13A, IOMS-1 and their analogues, tested and certified by RAO UES of Russia, at power plants. СО 34.37.536-2004. - 67 p.
12	12. Persiyantsev M.N. Oil production in difficult conditions. "Nedra business center." 2000 .- 655 s. ISBN 5-8365-0052-5.
13	13. Pat. 4869845 (USA). Composition for water treatment. Declared 12.10.88; Publ. 09/26/89. RZhKhim 1989.16 I380.
14	14. A method of inhibiting salt deposition processes on the surfaces of water treatment equipment. Scale inhidition adentand method for usind some: U.S. Patent 6162391, IPC7 CO2F5 / 10, 09K 3/00. Kuritf Water Ind, Kowata Ken Ji, Limura Akira, Sato Shideru, Usui Urara, Sanaduchi Aya. No. 09/083007; Claim 05/21/1998; publ. 12/19/2000; Prior. 05/23/1997, No. 9 - 150367 (Japan); NPK 422/16 Eng.
15	15. V.N. Kizhnyaev, M.B. Astakhov, E.I. Biryukova. The effect of intermolecular interaction of monomers on the copolymerization of 1-vinylbenzimidazole with maleic acid // High molecular weight. connections. Ser. B. - 1992. -/ T.; 34, No. 10. S. 4-18.
16	16. Tsukanova T.V. The use of complex compounds in the preparation of additional water to optimize the water-chemical regime of boilers and heat supply systems. Abstract of dissertation for the degree of candidate of technical sciences.-M .:, 2007. - 27 p.
17	17. Zhon Zuo-mind, Jind Guan-hua, Tong Shou-yin, Dai Uon-Zhi. Jindxi huadond zhondjianti. The manufacture of scale inhibitors adapted to high rigidity and high alkalinity. // Fine chem. Intermediates 2001. No. 4. P.21 - 24.
18	18. Kim F.O., Kadirov Kh.I., Mukhitdinov Kh.D. Condensation of urea and thiourea with formaldehyde. Reports of the Academy of Sciences of the Republic of Uzbekistan, 2003. No. 3; -/Р. 56-59.
19	19. Kadirov H., Azamatov U., Turabjanov S.M. The initiator ishtirokida complexonlate synthesis. Uzbek chemical journal. 2014, No.6. From 7-11.
20	20. Kadirov H., Azamatov U., Turabjanov S., Ikramov A. Hydroxyethylidene diphosphon acid zincate asoside composite inhibitor olish. Chemistry and chemical technology. 2015. No. 3. S. 15-19.
21	21. Kadirov H., Azamatov U., Turabjanov S.M. New compositions of corrosion and scaling inhibitors. Composite materials, 2015; No.2. S. 53-57.
22	22. H.I. Kadirov, Z.S. Vohidov, T. Rizaev, U.R. Azamatov, A. Ikramov. Comparative tests of organophosphonate scale inhibitors. DAN RUZ.; 2015, No. 3. S.48-51.
23	23.Kadirov Khasan Irgashevich, Turabdjanov Sadritdin Mahamatdinovich. Synthesis of zincate-oxyethenediphosponic acid and the comparative results applying as scale inhibitors. Europaische Fachhochschule. European Applied Sciences. Stuttgart, Germany. ISSN 2195-2183. # 6. - / 2015.S. 66-69.