Published November 2023, Pg. 48-56

Section: Oil refining and petroleum chemistry

UOT: 544.4

DOI: 10.37474/0365-8554/ 2023-11-48-56

Research on liquid-phase catalytic thermolysis of high-viscosity oil samples being stimulated by microwave radiation in dynamic mode (in the order of discussion)

P.A. Muradova Cand. in Ch. Sc. - Institute for Catalysis and Inorganic Chemistry

A significant part of Azerbaijan’s oil reserves are fields of high high-viscosity oil, being at younger stage of development, in conditions of low permeable reservoirs. Technogenic complications arising from the exploitation of such fields, create new requirements for oil production technologies, capable to increase the oil recovery of the already existing layers. This paper presents the results of a study of liquid-phase catalytic thermolysis stimulated by microwave radiation of samples of high-viscosity oil from the Balakhani-Sabunchu-Ramany (VI and XI horizons) and Kyurovdag fields, characterized by averaged values of density, respectively, 885 kg/m3, 908 kg/m3 and 923 kg/m3 at 20 oC. In dynamic mode in the presence of synthesized heterogeneous catalysts that intensively absorb the energy of the microwave electromagnetic field.

References:

1. Briggs, P. J., Baron, P. R., Fulleylove, R. J. Development of Heavy-Oil Reservoirs // Journal of Petroleum Technology. 1988. Februar. P. 206 – 214.

2. Rachevskij B.S., Bo Cao. Vysokovjazkaja tjazhelaja neft’-al’ternativa tradicionnoj nefti. //Transport na al’ternativnom toplive. 2015. #6 (48). C. 49 - 55.

3. Nikolin I. V. Metody razrabotki tjazhelyh neftej i prirodnyh bitumov // Nauka fundament reshenija tehnologicheskih problem razvitija Rossii. 2007. # 2. S. 31–34.

4. Muradova P.A., Litvishkov Ju.N., Strekov A.S. Vlijanie mikrovolnovogo izluchenija na reologiju vysokovjazkoj nefti. //Avtogazozapravochnyj kompleks + al’ternativnoe toplivo.ISSN 2073-8323, 2014, #10, s.7-11.

5. Gazizov R. Je., Solodova N. L., Vaganov B. R. Truboprovodnyj transport tjazheloj nefti i bitumov //Kazan’: Vestnik tehnologicheskogo universiteta, 2017. s. 17-20.

6. Arhipova E.N., Sevast’janov A.A. Issledovanie termohimicheskih processov snizhenija vjazkosti nefti Russkogo mestorozhdenija //Akademicheskij zhurnal Zapadnoj Sibiri. 2015. T. 11. # 4 (59). S. 5-7.

7. Roshhin P.V., Petuhov A.V., Vaskes Kardenas L.K., Nazarov A.D., Hromyh L.N. Issledovanie reologicheskih svojstv vysokovjazkih i vysokoparafinistyh neftej mestorozhdenij Samarskoj oblasti. //Neftegazovaja geologija. Teorija i praktika. 2013. T. 8. # 1. S. 12.

8. Sajahov F.L., Maganov R.U., Kovaleva L.A. /Primenenie jelektromagnitnogo vozdejstvija pri dobyche  vysokovjazkih neftej  // Izv. vuzov. Neft’ i gaz,1998 #1. S. 35-39.

9. Kovaleva L.A., Minnigalimov R.Z., Zinnatullin R.R. Jelektromagnitnye tehnologii v neftedobyche i neftjanoj jekologii // Nedropol’zovanie XXI vek. 2009, # 6, S. 56-59.

10. Hasanov I.I. Shakirov R.A. Leont’ev A.Ju. Obzor sovremennyh metodov vozdejstvija na reologicheskie svojstva tjazhelyh vysokovjazkih neftej //NefteGazoHimija, 2018, #3.S.49-54.

11. Morozov N.N. Kashkatenko G.V. Mikrovolnovyj razogrev nefteproduktov v truboprovodah // Vestnik MGTU. 2010. T.13. #4/2. S.974-976.

12. Muradova P. A., Zulfugarova S. M., Graser E., Strekov A. S., Litvishkov Y. N. Mikrowelleninduzierte Thermolyse von Erdöl unter der Einwirkung von heterogenen Katalysatoren. // Chem. Ing. Tech. 2018, 90, No. 3, 1–6.

13. Litvishkov Ju.N., Tret’jakov V. F., Talyshinskij R. M., Jefendiev M. R., Gusejnova Je. M., Shakunova N. V.,
Muradova P.A. Sintez poristogo Al/Al2O3- nositelja katalizatora, stimuliruemyj jelektromagnitnym izlucheniem SVCh-diapazona. //Kataliz v promyshlennosti #1, 2012. Str.69-74 ZAO «Kalvis».

14. Litvishkov Ju.N., Zul’fugarova S.M., Jefendiev M.R., Gusejnova Je.M., Shakunova N.V., Askerova A.I.,
Muradova P.A., Kulieva L.A.. Issledovanie nekotoryh harakteristicheskih parametrov nositelej geterogennyh katalizatorov pri vozdejstvii jelektromagnitnogo izluchenija SVCh diapazona //Himicheskie problemy. 2014, #2, s. 126-132.

15. Litvishkov Ju.N., Gasankulieva N.M., Zul’fugarova S.M., Muradova P.A., Shakunova N.V., Kashkaj A.M.,
Mardanova N.M. Issledovanie harakteristicheskih parametrov SVCh- pogloshhajushhih nositelej aktivnoj massy katalizatorov dlja reakcij stimuliruemyh mikrovolnovym izlucheniem // Neftepererabotka i neftehimija #4, 2015, s.33-37.