High Viscosity Oil Development Technology
Authors
V.P. Ovchinnikov, O.V. Rozhkova, P.V. Ovchinnikov, O.N. ShemelinaFiles
Key Information
Journal
Published in Vol. 6 (2019) of International Journal of Petroleum Technology.
The International Journal of Petroleum Technology (IJPT) is the go-to resource for researchers, academics, and practitioners seeking to stay on the cutting edge of the rapidly evolving field of petroleum technology. This interdisciplinary, peer-reviewed platform is dedicated to publishing research and development works of the highest technical standards, with an appropriate balance of practice and theory across the broad topics of Petroleum and Oil Technology.
IJPT encourages original research articles and insightful reviews in all aspects of the field, with a particular emphasis on the following areas of interest: Production of hydrocarbons, Petroleum Exploration (Drilling, Production and Flow), Single and Multiphase Fluid Flows in Porous Media, Physical-Chemical Properties and Rheological Behaviour, Petroleum Geochemistry, Petro Physics, Petroleum Economics, Petroleum Geology, Oil Refining and Process Engineering, Synthetic Fuel Technologies, Oil Shale Technology, Drilling, and Drilling Fluids.
In addition to providing cross-learning between scientific and technological realms, IJPT also takes into account the public's concerns regarding environmental, health, and safety issues. This includes original investigations focused on the multiscale approach of the modern, sustainable green petroleum and oil technology that is set to be encountered in the factory of the future. Process intensification that requires new green technologies such as catalysts, green solvents, exchangers, reactors, and separation equipment is also covered in IJPT.
About the JournalAbstract
References
Andrianov V. Unconventional oil: who will break the vicious circle? Oil and gas Vertical. 2014. No. S. 44-49.
Ampilov Y.P. Shale Oil of Russia. Prospects for production in the face of sanctions and falling oil prices / Oil and Gas Journal Russia. March 2015. S. 24-30.
Alexeyev A.D. Natural oil reservoirs in the sediments of the Bazhenov retinue in the west of the Latitude Priobia / Thesis on the degree of the candidate geol.-miner. Sciences. Moscow, 2009.
Neil L. Olesen. Bakken oil resource play Williston Basin (US). Overview and historical perspective. July 28, 2010.
Baikov N.V., Baikova E.N. Prospects for shale oil development (part 1) / Oil. 2013. No. 5. S. 120-123.
Valeryeva O. Oil forecasts with an eye on shale / Oil and gas Vertical. 2016. No. 23-24. S. 14-16.
Dmitrievsky A.N. Matrix oil -a new type of hydrocarbon raw materials / A.N. Dmitrievsky, N.A. Skibitskaya // Mineral resources of Russia. Economics and management. 2011. No. 5. S. 15-17.
Vassoevich N.B. Origin of Oil / Herald of Moscow State University. Series Geology. 1975. No. 5. S. 3-23.
Hrushevenko E.V., Grushevenko D.A. Shale Oil: Technology, Economy, Ecology / Environmental Gazette of Russia. No 5. 2013. S. 28-33.
Gorin V.V., Marnosov A.V. Multi-stage hydraulic fracturing: promising technology for the development of hard-to-recover reserves / Innovator. 2012. June No.6 (52).
Antoniadi D.G., Garushev A.R., Ishkhanov V.G. Table Book on thermal methods of oil production. Krasnodar; Soviet Kuban, 2000. 464 s.
Oil and gas drilling technology: a textbook for university students. "At 5 t.t. 5 / under the general. Red. V.P. Ovchinnikova. -Tyumen: TumGNGU, 2014. 322 s.
Oganov A.C. Multi-slaughter well drilling -development, problems and successes / A.C. Organs, G.S. Organov, C.B. Pozdnyshev. -M.: VNIIOENG, 2001.-60 s.
Construction of side trunks during the construction of multi-slaughter wells : training manual / V.P. Ovchinnikov ( etc. -Tumen: TIU, 2017. -130 s.
Ovchinnikov V.P., et al. Technological means for the opening of the Bazhenov retinue / Herald of the Association of Drilling Contractors. 2014. No. T. 1. S. 28 -35.
Ovchinnikov V.P., Yakovlev I.G., Aksenova N.A., Sirin A.V., Rozhkova O.V. Efficiency of the use of drilling solutions in the opening of productive reservoirs of deposits of the Krasnoyarsk region/ Drilling and oil. -2014. No. S. 10-13.
Kruglitsky, NN. The physical and chemical basis of regulation of the properties of clay mineral variances. /NN. Kruglitsky K: Science Doom, 1968. 320 s.
Ovchinnikov V.P., Kurbanov Y.M. Technology for the development of non-traditional hydrocarbon collectors of the Bazhenov suite / Tyumen International Innovation Forum "Oil and Gas": Sat. Int. Conf. Tyumen, 2014.
Ovchinnikov V.P. Technological means for the opening of the Bazhenov suite / Ovchinnikov V.P., Kurbanov Y.M., Saikowska T.V., Cheremisina N.A.Herald of the Association of Drilling Contractors. 2014. T.1. No.2. S. 28-35.
Grigorashchenko, G.I. Use of polymers in oil production Text. / G.I. Grigorashchenko, J.V. Seytsev, V.V. Kukin et al.-M.: "Nedra" -1978.-213 s.
Ovchinnikov V.P.,Yakovlev I.G., Sirin A.V. Improving the compositions of biopolymer inhibited solutions for the opening of productive layers / News of higher education institutions. Oil and gas. 2014. No. S. 39 -43.
Fixing high-temperature wells in corrosive-active environments. Kravtsov V. M. Kuznetsov Y.S., Mavlyutov M.R., Agzamov F.A.-M.: Nedra, 1987. 190 s.
Mchedlov-Petrosian, O.P. Chemistry of inorganic building materials (Text) / O.P. Mchedlov-Petrosian. M.: Construction, 1971. 360 s.
Sychev M.M. Some questions of the theory of hardening of astringent systems / M.M. Sychev, I.F. Efremov // Complex use of raw materials in astringent technology / LTI them. The Council." 1973. -S. 67-70.
Royak S.M. Special Cements / Royak CM, Royak G.S. -M.: Stroisdat, 1983. -279 s.
Babushkin V.I., Matveyev G.M., Mchedlov-Petrosian O.P. Thermodynamics of Silicates /Under Ed. O.P.Mchedlov-Petrosian 4th ed., rework. And dop. -M.: Construction. 1986. DOI: https://doi.org/10.1007/978-3-642-69320-5
Machinsky V.K. Cement and cinzosand solutions for tamponing wells / V.K. Machinsky, A.I.Bulatov // Terrible: Chechen-Ingush Book Publishing House, 1960. -91 s.
Activated slag astringents based on industrial waste enterprises of the Ural-Bashkir region / V.V. Babkov, P.G. Komokhov, A.A. Shatov, R.N. Mirzaev, A.A. Oratovskaya, I.V. Nedoseko, A.E. Chuykin, L.F. Yamaltdin // Cement. 1998. No. 2. S. 34 -40.
Agzamov F.A., Izmukhambetov B.C., Karimov N.H., Mavlyutov M.R. Increased durability of tampon stone in aggressive fluids of oil and gas wells. Samara: Construction, 1998. -272 s.
Resistance of tampon materials in the conditions of gas hydrogen sulfide aggression /V.M. Kravtsov, M.R. Mavlyutov, D.F. Novokhatsky, etc. The gas industry. 1982. -No 4. -33-35.
Downloads
Details
License
Copyright (c) 2020 International Journal of Petroleum Technology
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
All the published articles are licensed under the terms of the Creative Commons Attribution Non-Commercial License (CC BY-NC 4.0) which permits unrestricted, non-commercial use, distribution and reproduction in any medium, provided the work is properly cited.