Territorija Neftegas № 2 2014

B.А. Yerekhinsky, Chief Process Engineer of the Wells Operation, Field Production Project Sites Diagnostics and Repair Group of the Gas and Gas (Oil) Condensate Production Department, Gazprom JSC, e-mail: B.Erekhinskiy@adm.gazprom.ru

1. Gazprom in figures 2008–2012: reference book. – http://www.gazprom.ru/f/posts/97/827102/gazprom-reference-figures-2008-2012-rus.pdf.
2.Federal Law No. 116-FZ «O promyshlennoi bezopasnosti opasnykh proizvodstvennykh ob’ektov» («On industrial safety of hazardous production facilities»), dated 21.07.1997. 
3. Poryadok prodleniya sroka bezopasnoi ekspluatatsii tekhnicheskikh ustroistv, oborudovaniya i sooruzheni na opasnykh proizvodstvennykh  ob’ektakh (Procedure for safe operation extension of technical devices, equipment and structures at haz ardous production facilities) (approved by Order of the Ministr y of Natural Resources and Environment of the Russian Federation No. 195 dated 30.06.2009). 
4. Working Documentation 03-421-01 «Metodicheskie ukazaniya po provedeniyu diagnostirovaniya tekhnicheskogo sostoyaniya i opredeleniyu ostatochnogo sroka sluzhby sosudov i apparatov» («Methodical guidelines to diagnose technical condition and determine remaining service life of vessels and equipment»). 
5. STO Gazprom 2-2.3- 491-2010 «Tekhnicheskoe diagnostirovanie sosudov, rabotayutshikh poddavleniem na ob’ektakh OAO «Gazprom» («Technical diagnostics of vessels working under pressure at Gazprom JSC facilities»).  

B.А. Yerekhinsky, Chief Process Engineer of the Wells Operation, Field Production Project Sites Diagnostics and Repair Group of the Gas and Gas (Oil) Condensate Production Department, Gazprom JSC,e-mail: B.Erekhinskiy@adm.gazprom.ru;
S.V. Maslakov, Deputy General Director for Production, Gazprom Dobycha Noyabrsk LLC, e-mail: Maslakov.sv@noybrsk-dobycha.gazprom.ru; 
N.I. Shustov, Chief Mechanical Engineer – Department Head, Gazprom Dobycha Urengoy LLC, e-mail: i.n.shustov@gd-urengoy.gazprom.ru;
А.V. Mitrofanov, D.Sc. (Eng.), General Director, e-mail: contact@tdiag.ru;
S.N. Baryshov, D.Sc. (Eng.), Deputy Director for Science – Head of the Process and Research Center, e-mail: baryshov@tdiag.ru;
М.Yu. Zaryaev, Cand.Sc. (Eng.), Deputy Director for Production - Head of the Industrial Safety Expert Review Group, e-mail: zaryaev@tdiag.ru;
А.V. Kravtsov, Chief Specialist – Expert, Tekhdiagnostica JSC, e-mail: kravtsov@tdiag.ru; 
S.V. Yegorov, Head of the Technical Group, Tekhdiagnostica JSC, e-mail: egorov@tdiag.ru,

1.Federal Law No. 116-FZ «O promyshlennoi bezopasnosti opasnykh proizvodstvennykh ob’ektov» («On industrial safety of hazardous production facilities»), dated 21.07.1997. 
2. Poryadok prodleniya sroka bezopasnoi ekspluatatsii tekhnicheskikh ustroistv, oborudovaniya i sooruzheni na opasnykh proizvodstvennykh ob’ektakh (Procedure for safe operation extension of technical devices, equipment and struсtures at hazardous production facilities) (approved by Order of the Ministr y of Natural Resources and Environment of the Russian Federation No. 195 dated 30.06.2009). 
3. GOST R 51365-2009 «Neftyanaya i gazovaya promyshlennost ’. Oborudovaniе dlya bureniya i dobychi. Oborudovanie ust’ya skvazhiny i fontannoe ust ’evoe oborudovanie. Obtshie tekhnicheskie trebovaniya» («Oil and gas industry. Drilling and production equipment. Wellhead assembly and Christmas trees. General technical specifications»).

I.I. Veliyulin, Doctor of Engineering, professor, Director of Orgremdigaz Expert and Analytical Center; 
D.K. Migunov, Head of the Department for Gas Pipeline Repair Methods Technology and Organization of Orgremdigaz Expert and Analytical Center, Orgenergogaz Affiliated Open-Joint Stock Company;
P.A. Kolotovskiy, Chief of Certification, Validation and Quality Inspection of Capital Funds Repair Division of General Repair Department, Gazprom JSC

1. Tsikh V.S. Analiticheskoe modelirovanie dlya opredeleniya vozmozhnostei obnaruzheniya orsloenii izolyatsionnogo pokrytiya podzemnykh neftegazoprovodov s pomotsh’yu fazovogo metoda kontrolya (Analytical modeling to determine the possibilities of detection of insulation coating peelings of underground oil and gas pipelines using the phase control method) // Oil and Gas Engineering: electronic scientif ic journal. – 2012. – No. 5. 

A.M. Frolov, postgraduate student,SEI HPE «USPTU», e-mail: andf698@icloud.com; 
V.P. Matushin, assistance, SEI HPE «USPTU», e-mail: konesev.burenie@mail.ru;
T.D. Dikhtyar, Cand. Tech. Sci, assistance professor, SEI HPE «USPTU»? e-mail: dihttd@gmail.com;
V.G. Konesev, Cand.Tech.Sci, chief specialist, SEI HPE «USPTU», e-mail: Konesev.VG@gazpromneft-ntc.ru, Ltd «Gazpromneft Scientific-Technical Center»

1. Skvazhin mnogo ne byvaet (There cannot be too many wells) // Oil service. – 2013. – No.2.
2. By Han Yong, Ji Bingyin, Ouyang Chun, Xiao Guozhang, Tang Jiping, Zhang Bin and Liang Hongjun. OGJ FOCUS: Experiments illuminate reasons for casing wear // Oil and Gas Journal. – 2010. – May 10.
3. Johancsik C.A., Friesen D.B., Dawson R. Journal of Petroleum Technology. – 1984. – June. – Pp. 987–992.
4. Ismakov R.A., Konesev V.G., Matyushin V.P., Frolov А.М., Konesev G.V. Razrabotka smazochnykh materialov dlya promyvki skvazhin slozhnogo profilya (Development of lubricants for designer wells flushing) // Collection of studies of the XII International Conference «Tribology and reliability». – Pp. 136–142.
5. Frolov А.М., Konesev G.V., Ismakov R.A., Trushkin O.B. Issledovanie i razrabotka sredstv snizheniya iznosa obsadnykh kolonn pri burenii glubokikh skvazhin (Research and development of technologies to reduce casing strings wear when drilling deep wells) // Collection of studies of the XII International Conference «Tribology and reliability». – Pp. 152–154.
6. Matyushin V.P., Frolov А.М., Salikhov I.F., Konesev G.V. Issledovanie i razrabotka sredstv uluchsheniya pokazatelei tribotekhnicheskikh svoistv burovykh promyvochnykh zhidkostei (Research and development of technologies to improve performance of tribotechnical properties of drilling fluids) // Oil and Gas Engineering. – 2013. – No. 2. – Pp. 42–46.

D.V. Potekhin, Head of the Geological Modelling Department, PermNIPIneft branch of LUKOIL-Engineering LLC in Perm, e-mail: Denis.Potekhin@pnn.lukoil.com;
I.S. Putilov, Cand.Sc. (Engineering), Head of the Seismic Studies Center of PermNIPIneft branch, PermNIPIneft branch of LUKOIL-Engineering LLC in Perm, e-mail: putilov@permnipineft.com

1. Putilov I.S. Author ’s certificate of official registration of the computer software No. 2013610 410. Mnogovariantnyi prognoz kollektorov na osnove teorii nechetkikh mnozhestv (Multivariant forecast of reservoirs based on the fuzzy sets theory), January 9, 2013. Russia. 
2. Putilov I.S. Mnogovariantnyi prognoz kollektorov po dannym 3D-seismorazvedki (Multivariant forecast of reservoirs based on 3D seismic data) // Seismic technologies. – 2013. – No. 1. – P. 59–64. 
3. Putilov I.S. Sovershenstvovanie kompleksnogo prognoza kollektorov po dannym seismorazvedki 3D i issledovanyi skvazhin (Improvement of reservoirs allround forecast based on 3D seismic data and well sur veying) // Oil and gas fields geology, geophysics and development. – 2013. – No. 3. – P. 33–37. 
4. Dubreuil O. Ispol’zovanie geostatistiki dlya vklyucheniya v geologicheskuyu model’ seismicheskikh dannykh (Use of geostatistics for inclusion in the geological model of seismic data). – Moscow: EAGE, 2002. – 296 p.
5. Putilov I.S., Potekhin D.V. Author ’scertificate of official registration of the computer soft ware No. 2013661302. Mnogovariantnoe geologicheskoe 3D-modelirovanie s kontrolem kachestva realizatsy i po seismicheskim dannym (Multivariant geological 3D modelling with implementations quality control based on seismic data), December 05, 2013. Russia.
6. Putilov I.S., Potekhin D.V. Razrabotka tekhnologii mnogovariantnogo 3D-modelirovaniya s kontrolem kachestva realizatsyi po seismicheskim dannym (Development of multivariant geological 3D modelling technolog y with implementations quality control based on seismic data) // Materials of the research-to-practice conference «Theory and practice of petroleum geophysics». – Perm, 2013. – P. 122–124.

N.U. Maganov, Director General, Tatneft JSC;
T.S. Aynullov, Head of the Hydrocarbons Processing Group of the Oil and Oil Products Sales Department; R.D. Rempel, Cand.Sc. (Chemistry), advisor of the Head of the Oil and Oil Products Sales Department, Tatneft JSC;
R.Z. Sakhabutdinov, D.Sc. (Engineering), First Deputy Director;
S.N. Sudykin, Cand.Sc. (Engineering), Head of the laboratory of the oil, gas and water research and field treatment, TatNIPIneft,  e-mail: sudykinsn@tatnipi.ru;
E.G. Telyashev, D.Sc. (Engineering), Director of the Institute of Petroleum Refining and Petrochemistry of the Republic of Bashkortostan State Unitary Enterprise; 
R.G. Telyashev, Cand. Sc. (Engineering), Director General, LUKOIL-NizhegorodNIInefteprojekt LLC

1. Vysokovyazkie nefti, prirodnye bitumy i ostatochnye nefti razrabatyvaemykh mestorozhdenyi (Ultraviscous oil, natural asphalt and residual oil of the fields being developed): scientific papers of the Research-to-practice Conference of VI International Specialized Exhibition «Oil, gas – 99», in 2 volumes. – Kazan: Ecocenter, 1999. – V. 2. – 432 p.
2. Luhning R. Removing Constraints on Oil Sands Potential: Pipeline Transportation of Emerging Partially Upgraded Bitumen // JCPT. – 2003. – V.42, № 8. – P. 7–8.
3. Ivchenko Ye.G. Ostatki vysokosernistykh neftei Bashkirii i Tatarii – syr’e dlya proizvodstva dorozhnykh i stroitel’nykh bitumov (Residue of sulfurous oil of Bashkiria and Tatarstan – raw materials for manufacture of road asphalt and construction bitumen_ // Oil asphalt research and manufacture: collection of scientific papers / BashNII NP (Scientific-Research Institute of Petroleum Refining of the Republic of Bashkortostan). – Moscow: TsNIITEneftekhim, 1981. – Issue 20. – P. 114–124.

Z.S. Idiyatullina, Engineer of TatNIPIneft Institute of Shashin Tatneft JSC, e-mail: razrab_pr1@tatnipi.ru; 
A.I. Arzamastsev, Engineer of TatNIPIneft Institute of Shashin Tatneft JSC;
A.V. Fedorov, Head of Sector, the Oil Field Development Department of TatNIPIneft Institute of Shashin Tatneft JSC

1. Pat. 2494241 Russian Federation, МПК8 Е 21 В 43/24, 7/04. Sposob razrabotki zalezhei vysokovyazkoi nefti ili bitumov (Methods for developing high-viscous oil or bitumen reservoirs) [Text] / R.S. Khisamov, I.M. Bakirov, Z.S. Idiyatullina, A.I. Arzamastsev, L.R. Osnos, A.V. Fedorov; applicant and patent holder Shashin Tatnef t JSC. – No. 2012112181/03 ; applied on 29.03.12 ; published on 27.09.13, Bul. No. 27 – p. 5. : il.

S.B. Yakimov, Chief Specialist of the Department for artificial lift and wellwork, Rosneft OJSC

1. Pirverdyan A.M. Zatshita skvazhinnogo nasosa ot peska i gaza (Protection of the bottom-hole pump from sand and gas). – Moscow: Nedra, 1986 – P. 78–79.
2. Udoh Richard. Sand & fines in multiphase oil and gas production // Norwegian University of Science and Technology, Department of Petroleum Engineering and Applied Geophysics. – 2013.
3. Borling D.S., Sviderskiy S.V., Gorlanov S.F. Nailuchshie praktiki i innovatsii dlya uvelicheniya narabotki UENTz na primere zrelykh mestorozhdenyi kompanii TNK-BP (Best practices and innovations to extend SRPU life in terms of mature fields of TNK-BP). SPE 136407.
4. Yakimov S.B., Podkorytov S.M. Pervyi etap ispytanyi shtangovykh nasosov povyshennoi iznosoustoichivosti proizvodstva OAO «Izhneftemash» (The first stage of tests of high-resistant rod pumps manufactured by Izhneftemash JSC) // Equipment and technologies for the oil and gas industry. – Moscow: VNIIOENG, 2013. – No. 3. – P. 4–12.
5. Yakimov S.B., Kosarev I.A. Izuchenie effektivnosti primeneniya provolochnykh fil’trov dlya zatshity ETsN pri bol’shom vynose proppanta (Study of efficiency to use wire-wrapped filters for EDCP protection in case of large proppant backflow) // Equipment and technologies for the oil and gas industry. – Moscow: VNIIOENG, 2013. – No. 6. – P. 29–32.
6. Drozdov A.N., Kudryashov S.I., Ageev Sh.R., Ivanov A.A., Cheremisinov Ye.M., Levin Yu.A., Markelov D.V., Druzhinin Yu.A., Verbitskiy V.S., Dengaev A.V., Lambin D.N., Kochergin A.M. Pogruzhnaya ustanovka dlya dobychi nefti (Downhole unit for oil production). RF patent No. 2278959.
7. Yakimov S.B., Afanasyev A.V., Manin P.A. Primenenie dissenterov dlya zatshity ETsN na plastakh Pokurskoi svity (Use of dissenters to protect EDCP on Pokurskoe suite layers) // Novator: journal on technologies of TNK-BP. – 2009. – Issue 27. – P. 27–31.
8. Martins J.A., Rosa E.S. Experimental analysis of swirl tubes as downhole desander device. SPE 94673.
9. Markelov D.V. Tsentrobezhnaya separatsiya gaza i tverdykh chastits v priemnykh ustroistvakh pogruzhnykh nasosnykh ustanovok dlya dobychi nefti (Centrifugal separation of gas and solid particles in the receiving facilities of downhole pump units for oil production): author’s abstract of the Ph.D. thesis in Engineering Science. – Moscow, 2007.
10. RU patent No. 124497 «Stend dlya provedeniya ispytanyi skvazhinnykh gazopesochnykh separatorov» («Stand for testing of bottom-hole gas and sand separators»). Author’s invention. V.N. Ivanovskiy, A.A. Sabirov, A.V. Bulat, T.N. Dimaev, S.B. Yakimov, A.V. Degovtsov, S.S. Pekin. – cl. Е 21 В 43/38, statement dated 08.08.2012, published on 27.01.2013 – B.I. No. 3.
11. Sabirov A.A., Bulat A.V., Sviderskiy S.V., Yakimov S.B. Utochnenie metodiki stendovykh ispytanyi skvazhinnykh separatorov mekhanicheskikh primesei (Specification of bed test methods of bottom-hole mechanical impurities separators).
12. Bulat A.V., Ivanovskiy V.N., Sabirov A.A., Sviderskiy S.V., Yakimov S.B. Vliyanie vyazkosti dobyvaemogo flyuida na rabochuyu kharakteristiku skvazhinnykh separatorov mekhanicheskikh primesei (Impact of produced fluid viscosity on operation factor of bottom-hole mechanical impurities separators) // Equipment and technologies in the oil and gas industry. – Moscow: VNIIOENG, 2012. – No. 5. – P. 22–30.
13. Bulat A.V., Ivanovskiy V.N., Sabirov A.A., Sviderskiy S.V., Yakimov S.B. Vliyanie nalichiya svobodnogo gaza na rabochuyu kharakteristiku skvazhinnykh separatorov mekhanicheskikh primesei (Impact of free gas availability on operation factor of bottom-hole mechanical impurities separators) // Equipment and technologies in the oil and gas industry. – Moscow: VNIIOENG, 2012. – No. 5. – P. 31–36.
14. Antipina N.A., Kaplan A.L., Peshcherenko S.N. Pogruzhnye separatory mekhanicheskikh primesei (Downhole mechanical impurities separators) // Drilling and oil. – 2011. – No. 12.
15. Coffee S. (Enerscope Systems Inc.), Briffett M. (Husky Energy Inc.). Downhole desander prevents ESP damage in high-watercut well // Oil&gas. – 05.11.2001.
16. Yakimov S.B. Indeks agressivnosti na mestorozhdeniyakh TNK-BP v Zapadnoi Sibiri (Aggressivity index at TNK-BP fields in Western Siberia) // Oil field business: scientific and technical journal – М.: VNIIOENG, 2008. – No. 9. – P. 33–38.
17. Yakimov S.B. O vybore tekhnologyi zatshity podzemnogo oborudovaniya ot peska s uchetom dinamiki ego vynosa pri zapuske skvazhin na Samotlorskom neftyanom mestorozhdenii (On selection of technologies to protect underground equipment from sand considering dynamics of its recovery when starting up wells at Samotlorskoye oil field) // Equipment and technologies for the oil and gas industry. – Moscow: VNIIOENG, 2013. – No. 6. – P. 81–89.
18. Yakimov S.B. Osobennosti ekspluatatsii pogruzhnykh nasosov posle provedeniya rabot po ogranicheniyu vynosa peska iz prizaboinoi zony (Specifics of downhole pumps operation after works performance to limit sand recovery from the bottom-hole area) // Equipment and technologies for the oil and gas industry. – Moscow: VNIIOENG, 2014. – No. 1.
19. RU patent No. 124308 «Skvazhinnyi gazopesochnyi yakor’» («Bottom-hole gas-sand anchor»). Author’s invention. V.N. Ivanovskiy, A.A. Sabirov, A.V. Bulat, T.N. Dimaev, S.B. Yakimov, A.V. Degovtsov, S.S. Pekin. – cl. Е 21 В 43/38, statement dated 21.08.2012, published on 20.01.2013. – B.I. No. 2.
20. Bulat A.V., Ivanovskiy V.N., Sabirov A.A., Yakimov S.B., Tetyuev P.B. Predvaritel’nye rezul’taty opytno-promyslovykh ispytanyi separatora mekhanicheskikh primesei (Preliminary results of pilot tests of mechanical impurities separator) // NEFTEGAS Territory. – 2012. – No. 11. – P. 12–16.

M.V. Pyatakhin, Doctor of Science, Chief Research Associate of Limited Liability Company Gazprom VNIIGAZ, e-mail: M_Pyatakhin@vniigaz.gazprom.ru; 
Yu.M. Pyatakhina, student of Gubkin Russian State University of oil and gas

1. Pyatakhin M.V. Geomekhanicheskie problemi pri ekspluatatsii skvazhin (Geomechanical problems in wells operation). – Moscow: Gazprom VNIIGaz, 2011. – 266 p.
2. Pyatakhin M.V., Pyatakhina Yu.M. Osobennosti prirodnoi i tekhnogennoi plastichnosti shel’fovykh mestorozhdenii (Features of natural and man-caused plastic properties of offshore fields) // Book of reports of the IV International Conference «Development of oil and gas resources of the Russian shelf: Arctic and Far East». – Moscow: Gazprom VNIIGaz, 2013. – P. 69–83.
3. Protodyakonov M.M., Teder R.I., Ilnitskaya Ye.I., etc. Raspredelenie i korrelyatsiya pokazatelei fizitcheskikh svoistv gornykh porod (Distribution and correlation of rock physical properties indicators): Resource Book. – Moscow: Nedra, 1981. – 192 p.
4. C.E. Cooke, Jr., M.P. Kluck, and R. Medrano. Field measurement of annular pressure during primary cementing. Paper SPE 11206, 57th Annual Meeting, New Orleans, Sept. 26–29, 1983.
5. Kartashov Yu.M., Matveev B.V., Ilinov M.D., etc. Recomendatsii po opredeleniyu polnogo pasporta prochnosti i deformiruemosti gornykh porod (Recommendations for determination of full certificate of rock strength and rock deformability). – L., 1988. – 52 p.

R.M. Valeev, PhD candidate of Kazan National Research Technological University, Engineer, e-mail: valey-rinat@ya.ru;
E.R. Valiev, PhD candidate of Kazan National Research Technological University, Engineer, RMI Department of STP LLC, e-mail: edshiftik@gmail.com

1. GOST R 8.595–2004 Gosudarstvennaya sistema obespecheniya edinstva izmerenyi. Massa nefti i nefteproduktov. Obtshie trebovaniya k metodikam vypolneniya izmerenyi (State system for ensuring uniformity of measurements. Oil and oil products mass. General requirements for measurement methods).
2. RMG 86–2009 «Gosudarstvennaya sistema obespecheniya edinstva izmerenyi. Massa nefti. Metodika vypolneniya izmerenyi v vertikal’nykh rezervuarakh v sisteme magistral’nogo nefteprovodnogo transporta. Osnovnye polozheniya» (State system for ensuring uniformity of measurements. Oil mass. Methods of measurements in vertical tanks in the system of oil main pipeline transportation. General provisions).
3. API Manual of Petroleum Measurement Standards Chapter 7, Temperature Determination (includes Addendum 1 dated October 2011).
4. Baetke L. Analyse der Temperaturverteilung in Raffinerietanks. Bachelorarbeit Technische University Hamburg-Harburg, 2012.