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12 / 2010

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681.5:622.276
" 5- 8.615-2005."
1, 2
1
""
, 625014, . , . , 8,
.: (3452) 22-56-01, 22-54-60, -mail: sibna@sibna.ru;
2 " -"
, 8.615-2005 : ; ; .
: ; ; ; ; ; ; ; .
"Preliminary results of the first five years of GOST R 8.615-2005 introduction."
Genrikh Saakovich Abramov 1, Vladimir Alexandrovich Nadein 2
1
OJSC EPC "Sibnefteavtomatika"
8, Novatorov str., Tyumen, 625014, Russia;
2 LLC "Petroleum and gas safaty-Energodiagnostika"
The article presents the main practical results achieved during the first five years of introduction of GOST R 8.615-2005 according to the main three metrological requirements of the standard: metering the amount of crude oil in wells; metering the amount of free associated petroleum gas; metering the amount of crude oil in license areas.
Key words: standard; crude oil; associated petroleum gas; measuring unit; metrological characteristics; petroleum gas meters; crude oil meters; flare line.

681.5:622.24
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.. , ..

414025, , , . , 16;
e-mail: atp@astu.org.,
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: ; ; ; ; ; ; ; ; ; ; ; .
"EXPERIMENTAL STUDY OF A BORE HOLE TEMPERATURE GAGE."
N.V. Esaulenko, V.I. Kantemirov
Astrakhan StateTechnical University
16, Tatischeva str., Astrakhan, 414025, RF.
Well temperature measuring devices are considered. Description of a principally new well pneumonic temperature gauge is given. Results of experimental studies of a model are stated. Technical characteristics of a gauge are proved to meet the properties of a bore well.
Key words: temperature; drilling; boring well; pneumonic elements; vibro-proof; accuracy; bit; flow; pressure; frequency; hydraulic impulse; non-linear pressure.

681.5:622.691.4.054:620.197.5
" SCADA- ( "-")."
..
"" ""
450052, , . , . , 70,
./: (347) 293-00-75; e-mail: usg@mail.rb.ru.
SCADA- ? "-" ( ) , SCADA- -. , SCADA- /.
: ; ; ; -; TCP/IP; - GPRS; GSM; ; ; .
"AUTOMATION AND TELEMECHANIZATION OF GAS DISTRIBUTION WITHOUT APPLICATION OF TRADITIONAL SCADA-PACKAGES (OPERATIONAL EXPERIENCE OF JSC GAS-SERVICE)."
A.R. Unusov
"Ufa System Gas, Ltd. "FGUP UNPP "Molnia"
70, Zentsov str., 450052, Ufa, Republic of Bashkortostan.
Are SCADA-packages always necessary to be used during execution of projects of Automatic Control System of Technological Processes. Telematic systems for remote monitoring and control over gas equipment are introduced into operation in JSC Gas-Service (Republic of Bashkortostan). SCADA-systems functions of these telematic systems are realized with the help of Internet-programming. It provides for unlimited number of system entry points as well as money saving due to the lack of necessity to get expensive licenses for SCADA-packages and to pay for each working place of an operator (dispatcher).
Key words: telemetry; tele-control; tele-mechanics; internet-programming; TCP/IP stack; GPRS channel; GSM service; gas distributional network; gas regulating points; cathode protection stations.

622.276.705
" ."
, ,
" 頠 ", .
453118, , , ,. , 2,
.: (3473) 242-512; : (3473) 242-408; e-mail: Gabitoff@yandex.ru.,
, - , .
: ; ; .
"METHOD OF FLOATING HORIZON USING NEURAL NETWORK MODEL APPLIED FOR CONTROL OVER CALCINATION FURNACE OF ZEOLITE-CONTAINING CRACKING CATALYSTS."
Ruslan Faritovich Gabitov, Alexander Ignatievich Kayashev, Elena Alexandrovna Muravjeva
Ufa State Petroleum Technological University, Sterlitamak-city branch
2, October prospect, 453118, Sterlitamak, Republic of Bashkortostan, Russia.
The article presents results of modeling as well as data of experimental and theoretical studies on model-predicative control over calcination process of zeolite-containing catalysts used to enhance efficiency of petroleum products cracking.
Key words: floating horizon; temperature profile; autoregressive neural network.

681.5:622.276
" ."
.. , ..
. ..
119991, -1, -296, , , 65;
e-mail: ABKar2007@yandex.ru.,
, () (), . , 61508, .
: ; ; ; ; ; .
"MODEL OF TECHNOLOGICAL OBJECT INTERACTION WITH ANTI-FAILURE PROTECTION SYSTEM."
A.V. Karmanov, K.P. Shershukova
I. Gubkin Russian State University of Oil and Gas
65, Leninsky prospect, 119991, Moscow, Russia.
The article suggests mathematical model, describing technological object (TO) interaction with anti-failure protection (AFP) system. Both, indicators of TO safety in conformity with GOST R MEK 61508 requirements and indicators of AFP impact on TO operation can be calculated on the basis of the model and algorithm considered above.
Key words: safety; anti-failure protection system; non-motivated failure; layers of protection; risk decrease coefficient; markovsky process.

622.276:681.5
" ."
.
" "" ""
127422, , , 10, . 1,
./: (495) 748-66-11.
, 3D. , .
: ; ; ; ; ; ; ; ; .
"ALGORITHMS OF STUDYING EFFICIENCY OF HORIZONTAL AND INCLINED WELLS OPERATION."
Rubin R. Kuchumov
"SK "Rusvietpetro, Ltd." of JSC "Zarubezhneft"
10, stroenie1, Dmitrovsky proezd, 127422, Moscow, RF.
The article presents algorithm and software, providing for studying of efficiency of horizontal and inclined wells operation and visualization of data, obtained during studies, in 3D regime.
Key words: calculation algorithm; productivity coefficient; inclined and horizontal wells.

622.276:681.5
" ."
..
""
461630, , . , 75.
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: ; ; .
"CHOICE CRITERIA OF INJECTION WELLS SITES DESIGNED FOR HEAT-TRANSFER AGENT PUMPING INTO CARBONATE COLLECTORS."
I.A. Kristian
NGDU "Buguruslanneft"
75, Moskovskaya str., 461630, Buguruslan.
The article formulates some methodical techniques of choosing sites of hot heat-transfer agent in order to raise efficiency of the method at an early stage of heating impact introduction.
Key words: injection well; hot agent pumping; heating impact.

622.276:681.5
" ."
..
. ..
119991, -1, -296, , , 65;
e-mail: aier@gubkin.ru.,
, . , , - . , .
: ; ; ; ; ; ; ; .
"MATHEMATICAL PROVISION OF PROCEDURES OF INJECTION WELLS FUND FORMATION."
A.M. Kuvichko
I. Gubkin Russian State University of Oil and Gas
65, Leninsky prospect, 119991, Moscow, Russia.
The article suggests some models and algorithms, being part of mathematical provision of automated procedures connected with transfer of some separate oil producing wells into injection wells. The suggested models and algorithms, differing from existing ones of similar nature, provide for taking into account field data, expert information as well as calculation results by geological-hydrodynamic models. Some examples illustrating possibilities of the models and algorithms under consideration are given.
Key words: producing and injection wells; transfer into injecting; efficiency; flow rate; water flooding; distance; discrete programming; algorithms.

622.276:681.5
" ."
.. 1, .. 2, .. 3, .. 2
1
""
460002, . , . , 33;
2 ""
450078, . , . , 96/2,
.: (8347)228-18-75; e-mail: npo@ngt.ru;
3 ""
461630, , . , 75.
, , , , .
: ; ; ; ; .
"APPLICATION OF DATA OF FIELD AND HYDRODYNAMIC STUDIES WHILE CHOOSING WELLS FOR GEOLOGICAL-TECHNICAL ACTIVITIES TO STIMULATE OIL PRODUCTION."
E.P. Pitsura 1, V.Sh, Shaislamov 2, I.A. Kristian 3, D.K. Sagitov 2
1
JSC "Orenburgneft"
33, Tereshkova str., 460002, Orenburg, Russia;
2 NPO "Neftegaztechnologia"
96/2, Revolutsionnaya str., 450078, Ufa;
3 NGDU "Buguruslanneft"
75, Moskovskaya str., 461630, Buguruslan.
The article suggests operative statistical method of carrying out complex geological and technical activities in wells, proved by hydrodynamic and field studies as well as by statistical experience accumulated during successful geological and technical activities as compared with special criteria of well choice including assessment of dynamics of changes in critical zone (bottom hole) energy condition, water flooding and degree of recoverable oil stocks extraction.
Key words: hydrodynamic and field studies; criteria of well choice; critical zone (bottom hole); water flooding; recoverable oil stocks.

622.276
" ."


119333, , . , 3;
e-mail: victor_chernykh@bk.ru.,
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: ; .
"CORRECTNESS OF APPLICATION OF EFFECTIVE PORE SPACE CONCEPT IN THE MULTI-PHASE FLUID FLOW MODELS."
V.A. Chernykh
Institute of Oil and Gas Problems of Russian Academy of Sciences
3, Gubkin str., Moscow, 119333, Russia.
Analysis of basic provisions of effective pore space concept is presented. The fallacy of this concept is demonstrated. Conclusion is made that application of effective pore space concept means returning back to archaic ideas about multi-phase fluid flows.
Key words: effective pore space concept; the multiphase fluid flow.

, ", " 2010

 

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