Head of Information and Analytical Center of CJSC Gradient Ryzhov Vasily in the Institute of Physics of the Earth of Russian Academy of Sciences on the conference SEISMIC TECHNOLOGIES-2017 presented a report
"Full-wave location of microseismic events from the surface. Theoretical aspects and some results"
The Gradient CJSC together with "Avia Engineering" Ltd., developed an unmanned aerial vehicle (Drone) for the following tasks:
1) Reconnaissance of the territory;
2) Operative downloading of records from wireless seismic equipment .
CJSC "Gradient" reported on the experience of using state-of-the-art professional solution from AMD -- AMD FirePro™ W9100 GPUs to solve seismic wave propagation problems. See full article “Innovative Graphics Compute Helps Oil and Gas Industry” published on AMD community website.
ÑJSC "Gradient" took part in the Sixth EAGE Workshop on Passive Seismic, held 1-3 February 2016 in Muscat, Oman. The company`s specialists have joined debates and discussions on the development of microseismic monitoring technologies, and presented a poster presentation on the theme «Application of Full Wave Location technology with determining seismic moment tensor of events for Hydraulic Fracture Monitoring and Natural Fractures»
Gradient presented the report "Experience applying the full-wave location method for microseismic HF monitoring in horizontal well in Western Siberia". Authors:V.A.Ryzhov, I.R. Sharapov, E.V. Birialtcev, S.A. Feofilov, M.R. Kamilov, D.A. Ryzhov, A.I. Stepanov (Gradient CJSC)
In the Perm region were carried out geological and geophysical studies by two independent technologies of JSC "Gradient": br>
1) The low-frequency seismic sounding which was used for prospecting and exploration of hydrocarbon deposits; Br>
2) microseismic monitoring of natural fractures which was used for identification of active fracturing and determination of priority directions of natural fractures.
For the first time in the process of location a symmetric tensor was determined for each event by Full-Wave Location technology.
May 27, 2015 in Moscow hosted the second Russian oil and gas summit "Hard-to-Recover and Unconventional Reserves", which was attended by over 230 leading experts and industry experts of the more than 100 organizations.
With the report "Natural fracture direction observation and monitoring of daylight surface fracturing: challenges, solutions and application" was made deputy general director of science and new technologies Biryaltsev EV.
May 26-27, 2015 in Atyrau hosted the third international conference "Atyraugeo 2015" on "The Caspian region: problems of structure and oil and gas potential of deep and complex genetic nature of hydrocarbons." The conference was organized by the Public Association "Kazakh Society of Petroleum Geologists" with the support of the Ministry of Energy of the Republic of Kazakhstan and Association "KazEnergy."The conference was attended by 184 delegates from Kazakhstan, Russia, USA, China.
The chief geologist of CJSC "Gradient" Sharapov Ilshat Rashitovich made the report "Innovative passive microseismic methods in oil and gas industry - application experience in Russia".
The Gradient applied its own Full-Wave Location technology on the oil field in Western Siberia. The depth of the oil reservoir is 2400 m. Br> br> The complexity of the work lies in the fact that during almost all fracturing stages drilling equipment operated on the same cluster of wells. Synthetic calculations showed that the impact of drilling operations reduce the amplitude sensitivity of the location system only in 3 times. This result indicates a high stability to surface noise of Full-Wave Location technology of JSC "Gradient". Br> br>
Each event is characterized by spatial coordinates and represented as oriented segments, which characterizes azimutal orientation of subvertical cracks
The resulting map with overlaying zones of microseismic activity by stages (1,3-7). Black semitransparent zones are areas of possible penetration of proppant. Color Field is the total microseismic activity. Black segments are events that oriented in accordance with the azimuthal orientation of microcracks. Colored thickness lines are centerlines of microseismic activity of each stages
The result of natural active fractures monitoring which was made before hydraulic fracturing. Color field is normalized microseismic activity. Oriented segments are dominant directions of the fractures
The company participated in a meeting on import substitution in the field of hardware and technical facilities for offshore exploration production in the "sea-land" transit zone and adjacent territory. The meeting was held in St. Petersburg on the territory of the Ministry of Industry and Trade of the Russian Federation.
The chief geologist of Gradient CJSC Sharapov Ilshat Rashitovich made a report on the topic of "Possibilities of native LFS (Low-Frequency Seismic Sounding) microseismic method application in prospecting and exploring hydrocarbon deposits on the seas’shelf, in the transit area and the adjacent land".
The company is using a new computer center which includes a supercomputer on the basis of GPUs (50 Tflop / s), an operating systems virtualization server, applications and database server. All modules of data center are commutated through a high-speed InfiniBand.
Traditionally the employees of Gradient CJSC take part in the International Scientific-Practical Conference "Galperin Readings - 2014" on the topic: Innovative technologies and theoretical and experimental researches in the integrated land-borehole seismic and microseismic.
The conference is hold in Moscow in Central Geophysical Expedition with information support of EAGO, EAGE and magazines: Geophysics and Geophysical messenger of EAGO, Seismic Technologies, Oil GasExposition, First Break, Messenger of Central Commission for the development of mineral deposits “Rosnedra”, Nefteservis and Neft.Gaz.Novatsii, Devices and systems of exploration geophysics.
1. The head of the information-analytical center Ryzhov Vasiliy with the report "Fracture survey on the base of full-wave numerical simulation of wave propagation and maximum likelihood method";
2. Lead Software Engineer Ryzhov Dmitry with the report "Passive seismic exploration method (Low-Frequency Seismic Sounding) for complex and small hydrocarbon deposits".
The company made a report "The location method of microseismic emission on the basis of full-wave numerical simulation with high noise stability for monitoring of hydraulic fracturing from the surface" at the 16th Scientific and Practical Conference European Association of Geoscientists and Engineers (EAGE) for exploration and development of oil and gas "Geomodel-2014", which took place on 8-11 September in Gelendzhik.
Speaker: R&D director Birialtsev EV
Have been published mathematical basics of FULL-WAVE LOCATION technology which was developed by Gradient CJSC company in the Journal "Devices and systems of Exploration Geophysics" (3) 2014. Focus: GEOPHYSICAL MONITORING of hydrocarbon deposits. Title of the article: "The use of the maximum likelihood method for hydraulic fracture microseismic monitoring".
CJSC Gradient company moved to a new office at: 29, Nikolay Yershov Str.,
Kazan, 420045, Republic of Tatarstan, Russia Phone/fax: +7 (843) 20-01-099
Comfortable jobs, a modern conference room, air-conditioned room for a super-computer.
We are glad to see you in our office!
RIA News TV series "matter of technology" has released a TV show about JSC "Gradient" - Kazan scientists have learned to look for oil, "listening to the land".The founders of JSC "Gradient" from Kazan invented a new method of searching for oil and gas deposits. Scientists "listen" on the ground noise with high-precision instruments and processing the data, give the oil companies to forecast the location of deposits.
To clarify passive low-frequency microseismic methods, authors of the article "Low Frequency Passive Seismic - Myths and Reality" tried to explain the fundamental aspects of this research. The article was published in the all-Russian scientific-technical Quarterly Journal of "Devices and Systems Exploration Geophysics". Low Frequency Passive Seismic - Myths and Reality.
First of all sensors are going to be used to solve problems of monitoring hydraulic fracturing and field development monitoring, as well as other problems related to the localization of the sources of seismic emission in the environment. LE-3DLite also be used in the classical works by the method of low-frequency seismic sounding (LFS)
Scientific-practical conference held OOO "NOVATEK NTC" Ugra Appraisal Center subsoil and Tyumen branch of Euro-Asian Geophysical Society (TyumenOEAGO) with the support of the Department of Mineral Resources for the UFD. p>
Scientific representatives of JSC "Gradient" spoke on "Microseismic research - perspective direction of geophysics in the search, exploration and exploitation of oil and gas fields". p>
The report focuses on the physical basis of the method of low-frequency seismic sounding method of processing and interpretation of the microseismic field, and an assessment of edge effects. p>
Company took part in the conference "Galperin Readings 2012" on the theme: "Innovative technologies and basic research in the on-land-borehole seismic and seismology" br>
OJSC "CGE" IPE, LLC "GEOVERS" with information support: br>
EAGC, EAGE and magazine First Break, Geophysical Journal EAGC and Exposition Oil Gas p>
The speakers were: br> deputy general director for science and new technologies Ph.D. Biryaltsev Eugene V. and br> The head of analitic center Ph.D. Ryzhov Vasily. br>
Opportunity to study the upper part of section by brute force search based on full-wave numerical simulation
(V.A.Rizhov, E.V. Birialtsev, M.R.Kamilov)
The possibility of studying mechanical characteristics of low velocity zone and the upper part of section based on full-wave numerical simulations. Article represents the description of the method and its results with conclusions about its further development.
EXPERIENCE IN APPLICATION OF BACKGROUND MICROSEISMS VELOCITY DISTRIBUTION ANALYSIS METHOD IN STUDYING THE LOCAL STRUCTURE OF THE SEDIMENTARY COVER
(E.V. Birialtsev, E.V. Mokshin, D.V. Firstov)
Article discusses the method of studying the velocity characteristics of the geological media in the range of 0-5 km depth by analyzing of background microseism. Also there are represented the description of the method and the results in the area with complex geological structure. Conclusions about application of the method.
"Economy and Energy today" journal published an article of Rais Khisamov - Deputy Director General - Chief Geologist of OAO Tatneft:
Despite of considerable diversity of currently available local forecasting methods, to analyze and evaluate efficiency of these methods in the Republic of Tatarstan on the areas of "Tatneft" using the exploration drilling results is possible for the following surveys:
high-precision gravimetric surveys - "GONG" method (efficiency - 71% ), GGHM method (efficiency - 72%), "Neyroseysm" technology (efficiency - 81% (in case of positive forecast)), the LFS method (efficiency - 80%).
Here you can find full version of the article (page ¹ 94-98).
Microseismic surveys - successful geophysical methods
for prospecting, exploration and development of oil & gas fields
N.Y. Shabalin, E.V. Birialtsev, I.R. Sharapov, V.A. Ryzhov
(Gradient JSC, Kazan)
JSC "Gradient" – is the geophysical company which conducts microseismic surveys for assessment the hydrocarbon potential of geological objects and solves technological problems in hydrocarbon fields. The company is the developer and owner of the patent on the Low Frequency Seismic Sounding (LFS) technology. The company is actively use supercomputer processing complex, which allow to implement full-wave 2D and 3D-numerical simulations of wave propagation in the geological media.
During the existence of the company, 96 wells were drilled by recommendations of LFS method, 82 of them confirmed the forecasts. Success rate of LFS method more than 85%.
To improve the efficiency of exploration it is necessary to integrate of 2D and 3D seismic surveys with microseismic surveys using LFS technology, that allow to identify hydrocarbon deposits and create a complex that has no analogues in world practice.
Further development of MS researches will allow control the exploration of hydrocarbon deposits.
Nikolay Shabalin - General Director;
Eugeny Birialtsev - Deputy General Director on science and innovative technologies, PhD;
Ilshat Sharapov - Chief geologist;
Vasiliy Ryzhov - Head of analytic center, PhD.
The 14 of January 2012 in the High Technology Technopark IT-park (Kazan) was held the annual meeting of the Ministry of Informatization and Communications of the Republic of Tatarstan. During the meeting President of the Tatarstan Republic Rustam Minnikhanov was acquainted with the best innovative projects.
Minister of Information and Communication Republic of Tatarstan Nikolai Nikiforov and Head of Analytic Center "Gradient" JSC Vasily Ryzhov introduced technology of low-frequency seismic sounding. During the presentation of LFS technology President noted the achievements and proposed to actively implement the technology in oil industry.
High Technology Technopark IT-park
"Gradient" JSC presentation display stand. Representative - Head of Analytic Center JSC "Gradient" Dr. V.A. Ryzhov
President of the Tatarstan Republic Rustam Minnikhanov (on the right). Minister of Information and Communication Republic of Tatarstan Nikolai Nikiforov (on the left). Photo obtained from "Business Online" electronic newspaper
Representation of LFS technology results in Stereo 3D
JSC "Gradient" won the "Top 50 Innovative Ideas for Tatarstan" competition in the category "Start of Innovations". Our company represent the project "Supercomputer software in natural microtremor field analysis for oil and gas prospecting and exploration.
The ceremony was attended by President of Tatarstan Rustam Minnikhanov and honorary academician, vice-president of the Russian Academy of Sciences, Nobel Prize winner Zhores Alferov.
Geography of Competition includes Moscow, St. Petersburg, Ekaterinburg, Maryland (USA), and others
1. MODELING OF THE NATURAL VERTICALLY DIRECTED BODY WAVES GENERATION PROCESSES IN GEOLOGICAL MEDIA
M.R. Kamilov*, V.A. Rizhov**, E.V. Birialtsev **, D.V. Berezhnoj* (* Kazan (Volga Region) Federal University, ** "Gradient" JSC, Kazan, Russia)
Abstract. The report reviews interdisciplinary problem relevant to the search method hydrocarbon a low-frequency seismic sounding, based on the study of resonance properties of geological media. Problem is in the representation of the process of natural formation of a vertically directed body waves in a geological medium. In this survey was suggested and simulated a scattering mechanism of surface Rayleigh waves on inhomogeneities with Poisson's ratio different from the enclosing environment. The result of simulation of the upper part of the section as a set of layers consisting of elements with a random Poisson's ratio is observed a natural formation of a vertically directed volume waves.
2. THE COMPARISON OF TIME REVERSE MODELING AND DIFFRACTION STACKING FOR THE TIME-SPATIAL LOCALIZATION OF MICROSEISMIC EVENTS
E.V. Mokshin*, D.V. Berezhnoj*, E.V. Birialtsev ** (* Kazan (Volga Region) Federal University,
** Gradient JSC, Kazan)
Abstract. This article is referred to the problem of source localization in visco-elastic medium using the results of surface seismological observation. There were investigated three technologies: Time Reverse Modeling, Diffraction stacking and Stacking correlation. The calculation is based on FEM.
Theses of conference reports can be viewed
Library consists of more then hundred articles referred to the applications of low-frequency seismic methods. Also you can find there some articles of our company. All publications are available for download.
Library is available only in Russian version of site.
X annual international conference Galperin readings-2010 commemorating 90 year anniversary of Y.I.Galperin
LOW-FREQUENCY MICROSEISMIC STUDY IN THE TIME DOMAIN IN THE EXPLORATION FOR HYDROCARBON DEPOSITS.
E.V. Biryaltsev, V.A. Ryzhov, D.A. Ryzhov, I.R. Sharapov
Abstract. Known methods of spectrum analysis of natural microseisms in the exploration for hydrocarbon deposits. We propose a modification of these methods, in which the MS analysis is performed in the time domain by means of correlation analysis of the observed MS and MS model obtained by numerical simulations for different variants of the geological structure at the point of the study. We present the proposed method of analysis and present the results of its application to the area of research in the Republic of Tatarstan.
Our company passed the final checking of the quality management system, the system of ecological management and the control system in the labor protection and professional safety (ISO 9001:2008, ISO 14001:2004, OHSAS 18001:2007)
8-11 November at the 10th annual international Conference & Exhibition “Galperin readings – 2010”. Innovative technologies and fundamental researches in 2D, 3D, VSP well-surface exploration and seismology. (Moscow, Central Geological Expedition) The special subject of the conference is the integration of surface and borehole seismic surveys with data processing and interpretation software (3D+VSP), and also problems of applied seismic based on fundamental theory. The 9th of November 2010 JSC “Gradient” will take part in conference and will represent the report on a theme: "LOW-FREQUENCY MICROSEISMIC RESEARCHES IN TIME DOMAIN FOR INVESTIGATION OF THE HYDROCARBONS DEPOSIT " (Å.V. Biryaltsev, V.A. Ryzhov, D.A. Ryzhov, I.R. Sharapov)
International scientific conference: “Innovative technologies - the basis of the Strategy public corporation Gazprom Neft”. E.V. Biryaltsev and I.R. Sharapov represent the article “Application of low-frequency seismic sensing technology on the objects of “Gazprom Neft” Company within the West Siberian petroleum province”
The report of Eugeny V. Biryaltsev (Ph.D., Deputy General Director, JSC Gradient)
Release of the special edition of «Seismic Technology» journal covering the ANCHAR microseismic infrasonic technology of oil and gas prospecting. The edition was dedicated to the 15th anniversary of “ANCHAR” Company. JSC “Gradient” took part in preparing of journal’s informational content submitting the article “Modeling of ANCHAR effect in the low-frequency seismic sounding” (E.V. Biryaltsev, A.A. Vildanov, E.V. Eronina, V.A. Ryzhov, D.A. Ryzhov, N.J. Shabalin). The article referred to the ANCHAR effect-based method of the low-frequency seismic sounding and provides information about phenomenology of an effect and it’s theoretical background, cites the results of numerical modeling in comparison with actually observed results, describes main technological aspects of the method and brief geological results of performed works.
JSC “Gradient” team congratulates the colleagues from “ANCHAR Co” with their 15th Anniversary and wishes the development of their technology, efficiency improvement and financial well-being!!!
7-9 December 2009, JSC “Gradient” participated in the “INTERNATIONAL PETROLEUM TECHNOLOGY CONFERENCE (IPTC)” with the report “Experience in Low-Frequency Spectral Analysis of Passive Seismic Data in Volga-Ural Oil-Bearing Province”
Nikolay Y. Shabalin (General Director)
Eugeny Birialtsev (PhD, Deputy General Director on Science and Innovative Technologies)
XVIII Gubkin Readings took place in Russian State University of Oil and Gas on 24 -25 November 2009. E.V. Biryaltsev represented the article “Experience in spectral analysis of the microseisms in hydrocarbon exploration” (E.V. Biryaltsev, N.Y. Shabalin, A.A. Vildanov, E.V. Eronina, V.A. Ryzhov, D.A. Ryzhov, R.I. Khusnullin).
More than hundred geophysicists visited the workshop in this year, including participants from the USA and France, delegation of “Rosneft” and “GEOTECH Holding”. JSC “Gradient” represented the report «Theoretical aspects and experience of low-frequency microseismic researches» (E.V. Biryaltsev, Ph.D., Deputy General Director). Read more: http://www.e-geo.ru/ru/events/95.html