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  2 / 2011

:

622.276.1/.4
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117036, . , . 60 , 21, . 4,
.: (495) 665-77-03, e-mail: lyssenko@ritek.ru
, ( 1,52,0 ) .
: ; ; .
"PROSPECTS FOR OIL INDUSTRY DEVELOPMENT IN RUSSIA."
Lyssenko Vladimir Dmitrievich
Russian Innovative Fuel-Power Company JSC "RITEC"
Highly efficient technologies essentially increasing current oil production and oil recovery out of deposits in a number (1,52,0) of times are expecting application.
Key words: new era of oil production; informational technologies; essential increase of oil production.

622.276.3
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628310, , . , 16 ., 33,
.: (3463) 24-66-30, e-mail: priemnaya_tgngu@mail.ru
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"DETERMINATION OF GEOMETRIC DIMENSIONS OF SPATIALLY-EXTENDED OIL-SATURATED ZONES AND THEIR LOCATION IN WATER-FLOODED RESERVOIRS."
Belonogova Elena Alexandrovna, Patrakova Ekaterina Petrovna, Ivanov Vladimir Anatolievich
Nefteyugansk affiliate of Tyumen State Oil and Gas University
Results of hydrodynamic studies of water-flooded wells as well as results of tracer studies are presented. Joint analysis of hydrodynamic and tracer studies allows determining of geometric dimensions of space-extended oil-saturated zones in water-flooded reservoirs.
Key words: oil-saturated zones; hydrodynamic studies of oil wells; tracer studies.

622.276
" - ."
, , , ,
""
101990, . , , 9/1/1, . 1,
./: (495) 748-64-83, e-mail: vvlasov@nestro.ru
. , . . , .
: ; ; ; ; .
"INITIAL APPRECIATION OF WATER-AIR RATIO INFLUENCE ON EFFICIENCY OF BAZHENOV SERIES DEVELOPMENT BY THERMAL-GAS METHOD."
Bokserman Arkady Anatolevich, Vlasov Viktor Nikolaevich, Plinin Vladimir Vasilievich, Ushakova Alexandra Sergeevna, Fomkin Artem Vacheevich
JSC "Zarubezhneft"
Some problems of development of Bazhenov series deposits by means of thermal-gas method are discussed in this paper. Analytical formulas, submitted here, allow conducting qualitative primary assessment of the technology basic control parameter, namely water-air ratio, depending upon heat balance in the deposit. Dependence of water-air ratio on a number of factors is calculated. The results of these calculations are presented as graphical charts allowing quick enough appreciation of water-air ratio by well-known field data.
Key words: Bazhenov series; thermal-gas method; water-air ratio; temperature; oxygen enriched air.

622.276.6
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450005, , . , . 8 , 12,
./: 8(927)635-70-59, e-mail: afagim@mail.ru
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"SOME ASPECTS OF POSSIBLE PREDICTION OF OPERATIONAL WELL PRODUCTIVITY ING FORECASTING DURING WATER-INTAKE RATE CHANGE OF NEAR-BY INJECTION WELLS AFTER HYDROCHLORIC ACID TREATMENT."
Shakurova Aigul Fagimovna
JSC NPF "Geofizika"
Analysis of influence of geophysical and technical factors on efficiency of hydrochloric acid treatment of injection wells in conditions of bobrikov horizon of Bavlinsky oil field is presented. Some regressive equations providing for definition of inter-dependence between influencing and reacting factors are developed in order to reach possible prediction of final technological effect by means of mathematical statistics application.
Key words: well; hydrochloric acid treatment; correlation dependence, layer, mathematical statistics.

622.276
" "ܗ" ."
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頠- . . .. ( "")
125422 . , , 10,
.: (495) 976-82-75, ./: (495) 611-05-08, e-mail: AStarkovskiy@vniineft.ru, IMinakov@vniineft.ru
(-) (). "".
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"FIELD EXPERIENCE OF SILICATE GEL USAGE IN CONDITIONS OF OIL FIELDS OF JSC SLAVNEFT-MEGIONNEFTEGAZ.
Starkovsky Anatoly Vasilievich, Starkovsky V.A., Minakov Igor Ivanovich, Zhukov Roman Yurievich
A. Krylov All-Russian Oil and Gas Scientific-Research Institute (JSC "VNIIneft")
The article describes application of technologies on the basis of gel-forming compositions aimed at raising formation oil recovery (FOR). Field application of technologies is conducted in various objects of oil fields of JSC Slavneft-Megionneftegaz.
Key words: field experience; oil fields; silicate gel.

550.83:622.235
" , ."
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614000, . , . , 16, 408,
./: (342)217-10-90, e-mail: pitc@pitc.ru
. , . , .
: ; ; ; ; ; ; ; .
"SECURING EFFICIENCY OF EQUIPMENT DESIGNED FOR WELL CUMULATIVE PERFORATION FOLLOWED BY GAS-DYNAMIC IMPACT ON NEAR-WELL DEPOSIT AREA."
Baldin Anatoly Valentinovich, Ryabov Sergei Sergeevich, Sukhorukov Gennady Ivanvich
"Perm Engineering-Technical Center "Geophysics", Ltd."
The article submits basic schemes of charges placement in devices and classification of devices according to placement of shaped and solid-fuel charges in them. Some specific tasks connected with fulfillment of requirements on provision of devices efficiency with charges joint placement in a single hermetic place are determined. Some ways of solving problems connected with avoiding of solid-fuel charges detonation and device cover destruction as well as with preventing of well liquid penetration into inner part of a device during its operation are shown.
Key words: device, cumulative perforation; gas-dynamic impact; solid-fuel charge; detonation; shock wave; cover fragments; pressure inside a device.

622.276
" ."

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"TECHNOLOGY OF DEPOSIT WATER-FLOODING ALONG VERTICAL CRACKS TO REPLACE OIL OUT OF BLOCKS MATRIX."
Kurochkin B.M.
Some aspects of possible usage of vertical cracks, dissecting fields whole sectors into blocks by their planes are considered. Some schemes of possible interaction of horizontal producing and injecting wells in case the former ones are situated in a deposit roof and the latter ones are found at BNK level or water deposit roof, lying below, are presented. Water forcing into matrix of oil-saturated blocks is carried out by means of wave impact (hydroimpulses) of devices, placed in injecting holes. Thus, vertical-lateral water flooding is being performed.
Key words: well; crack; pressure impulse; water-flooding.

,

622.276
" " -001" " -".
1, 1, 1, 1, 2, 2
" " 1
115988, . , . , 2, / 39,
./: 748-86-81, e-mail: Ankor39@mail.ru;
"-" 2
450078, , . , . , 96/2,
e-mail: voloshinai@ufanipi,ru
" -001" "-". , . . " -". " -", " -001". " -001" .
: ; ; ; ; ; ; ; ; ; ; .
"TESTING OF "SINOL IS-001" INHIBITOR OF SALT SEDIMENTS AND "SINOL-KMK-BS" REMOVER OF SALT SEDIMENTS."
Seleznev Andrei Alexandrovich 1, Korenyako Anatoly Vasilievich 1, Ignatov Alexei Nikolaevich 1, Abdullin Rustam Maratovich 1, Voloshin Alexandr Iosifovich 2 , Ragulin Viktor Vladimirovich 2
CJSC "Skoropuskovsky ORGSINTEZ" 1
"RN-UfaNIPIneft, Ltd." 2
Efficiency of preventing calcite occurrence by means of usage of "Sinol IS-001" inhibitor of salt sediments was studied on deposit waters models in "RN-UfaNIPIneft, Ltd." oil fields. Compatibility of this inhibitor with damping solutions with demulsifiers during oil treatment is shown. "Sinol IS-001" inhibitors sorption and desorption up to the final concentration is appreciated. Testing of "Sinol-KMK-BS" remover of salt sediments is carried out. Corrosion aggressiveness of both "Sinol-KMK-BS" and "Sinol IS-001" is studied. Some recommendations on "Sinol IS-001" pumping into deposit bottom hole are submitted.
Key words: well; inhibitor of salt sediments; salt sediments remover; testing; deposit water; calcite salt; damping solution; adsorption; desorption; corrosion.

622.276.6. -96
" - ."
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423450, , . , . , 2,
.: 8-8553-31-00-79, e-mail: guskovaagni1@rambler., ruGilDinara14@mail.ru
- 9-12 . . - ( ).
: ; - ; - 9-12; ; -.
"STUDY OF SOME PECULIARITIES OF SURFACE-ACTIVE SUBSTANCES APPLICATION FOR REMOVAL OF ASPHALTTARPARAFFIN SEDIMENTS."
Guskova Irina Alexeevna, Gilmanova Dinara Rafaelevna
Almetevsk State Oil Institute
Evaluation of application of F9 (A9)-12 water-soluble surface-active substance for removal of organic sediments is made in laboratory conditions. Possibility of application efficiency managing during the change of water solution concentration and duration of its impact is shown. One-factor nonparametric analysis on the basis of Craskel-Walles (arbitrary alternatives) criterion is carried out.
Key words: asphalttarparaffin deposits; surface-active substances; F9 (A9 )-12 water solution; washing; Craskel-Walles criterion.

, ,

622.692.4
" ."
1, 1, 1, 1, 2, 3, 3
"" 1
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.: (347)2843758, : (347)2356863, e-mail: IPTER@anpb.ru;
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.: (812)6330575;
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.: (495)3642311
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"PIPELINES RESTORATION WITH THE HELP OF FLEXIBLE POLYMER SLEEVE."
Gumerov Asgat Galimyanovich 1, Bazhaikin Stanislav Georgievich 1, Siraev Airat Gabdrahmanovich 1, Gumerov Aidar Kabirovich 1, Zagrebelny Vladimir Grigorievich 2, Sivokon Ilia Sergeevich 3, Kichenko Sergei Borisovich 3
GUP "IPTER" 1
"Vektor, Ltd." 2
Studying Center of JSC "TNK-BP" 3
Some new materials and technology aimed at pipeline restoration by means of using of a polymer sleeve, preliminary impregnated by epoxy composition, are developed on the basis of laboratory studies of materials physical-chemical characteristics followed by further experimental work. Operational practice of restored pipelines demonstrated their high reliability. The technology is recommended for restoration of oil and oil product pipelines, as well as for restoration of field lines transporting corrosion-active well products.
Key words: pipeline; sleeve; epoxy composition; nonwoven synthetic material; chemical resistance; anti-friction characteristics; abrasive resistance.

(19302011)


 

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