- West Siberian petroleum province. Rogozhnikovskoye field. Forecast of cavernous fractured reservoirs in igneous rocks of the Triassic
- West Siberian petroleum province.The oilfield “Goreloye”. Forecast of cavernous fractured reservoirs in carbonate rocks of the Paleozoic basemen
- Lena-Tunguska petroleum province. Verkhnechonskoe oilfield. Forecast of development zones in fractured reservoirs Osa and Ust-Kut horizons
- Volga-Ural petroleum province. Karnavarskay oilfield. Forecast fractured reservoirs in the Devonian sediments. Forecast reefs.
- The Republic of Kazakhstan. Aktobe region. Forecast fractured reservoirs in the pre-salt carbonate-siliciclastic sediments.Time section Inline 300
- Orenburg region. Vershinovskaya oilfield. Forecast fractured reservoirs in the subsalt carbonate deposits
- Western Siberia. Nurol basin. Forecast fractured reservoirs in the pre-Jurassic rocks Urman-Archa deposit
- The Republic of Kazakhstan. Oymasha deposit. Forecast fractured reservoirs in volcanic-carbonate deposits of the Middle Triassic and granite intrusions. Resource assessment of hydrocarbon deposits with fractured reservoirs.
- West Siberian petroleum province. Comprehensive forecast of cavernous fractured reservoirs in the Bazhenov Formation on the basis of cluster analysis
West Siberian petroleum province. Rogozhnikovskoye field. Forecast of cavernous fractured reservoirs in igneous rocks of the Triassic
Layout profiles 2D CDP
Time section after standard and specialized CSPD processing
Maps index diffractors on reflecting horizon A and in the range of A + 50 ms
Analysis of the effectiveness of forecasting fractured reservoirs by the method CSPD at Rogozhnikovskoye oilfield
West Siberian petroleum province.The oilfield “Goreloye”. Forecast of cavernous fractured reservoirs in carbonate rocks of the Paleozoic basement
Time sections with productive and non-productive wells
Diffractor map in the productive interval
Three-dimensional model of cavernous fractured reservoirs in carbonate basement rocks
Comparison of the effectiveness of forecasting fractured reservoirs by the method FractureCSP and by the standard technology
Lena-Tunguska petroleum province. Verkhnechonskoe oilfield. Forecast of development zones in fractured reservoirs Osa and Ust-Kut horizons
Diffractors map of Osa horizon
Time sections of reflectors and diffractors obtained by the method CSPD
Map Ust-Kut diffractors horizon
Time sections of reflectors and diffractors obtained by the method CSPD
Time sections of diffractors obtained by the method CSPD
Volga-Ural petroleum province. Karnavarskay oilfield. Forecast fractured reservoirs in the Devonian sediments. Forecast reefs.
Layout profiles 2D CDP
Сonventional time section.
Time section diffractors
Map index of acoustic heterogeneity
3D model of the oil reef reservoirs
The Republic of Kazakhstan. Aktobe region. Forecast fractured reservoirs in the pre-salt carbonate-siliciclastic sediments
Time section Inline 300
Devonian (time section over the interval R + 300 ms)
Time section of the scattered waves through the planned wells
The reservoir in the Devonian sediments in the south area of the fragment Crossline 336
Orenburg region. Vershinovskaya oilfield. Forecast fractured reservoirs in the subsalt carbonate deposits
Tectonic map of the Orenburg region
Comparison cubes reflectors and diffractors imported into interpretative project with isochronous surface on the horizon A
Fragment of time section cube diffractors for Inline 600
Time section of the reflected waves through the well 501
Time section of the scattered waves through the well 501
Map index of acoustic heterogeneity Asselian-Artinskian deposits. Interval is A-A+100 ms.
Western Siberia. Nurol basin. Forecast fractured reservoirs in the pre-Jurassic rocks Urman-Archa deposit
Combined time sections CSPD-diffractors (lines II-II) at the intersection of wells 22R, 11R, 118, 103, 122, 121, 124, 109, 6R, 9R. Productive wells – 109, 6R, 9R.
Map of the amplitudes of the scattered waves in the interval of productive horizon
The relationship between the oil production rate and amplitude of the scattered waves.
Map forecast oil flow rates of cavernous fractured reservoirs
The Republic of Kazakhstan. Oymasha deposit. Forecast fractured reservoirs in volcanic-carbonate deposits of the Middle Triassic and granite intrusions. Resource assessment of hydrocarbon deposits with fractured reservoirs.
Information about the object of research
Prospects for further exploration of the granite intrusions
The result of CSP specialized data processing 3D CDP
Prospects for further exploration of the granite intrusions
Forecast of reservoir distribution zones in granitic intrusions and the prospects of its oil and gas potential
Forecast of reservoir distribution zones in the Middle Triassic sediments and petroleum prospects
Assessment of forecast hydrocarbon resources for oil deposits in the granite intrusions
Assessment of forecast hydrocarbon resources for oil deposits in the Middle Triassic sediments
Assessment of forecast hydrocarbon resources for oil deposits in the Middle Triassic sediments
West Siberian petroleum province. Comprehensive forecast of cavernous fractured reservoirs in the Bazhenov Formation on the basis of cluster analysis
Geography activities on the forecast of cavernous fractured reservoirs in the Bazhenov Formation
ap index of acoustic heterogeneity Bazhenov Formation
An integrated forecast of zones fracturing Bazhenov Formation (klastrerizatsiya)
With clustering were taken into account:
- level of fragmentation of the Bazhenov Formation
- level of fragmentation and the permeability of surface Bazhenov Formation
- level of fragmentation and the the permeability of rocks underlying the Bazhenov Formation
- structural plan of the Bazhenov Formation on the time of formation deposits
Attributes scattered and reflected waves used for clustering
Map bazhenovskoysvity oil and gas prospects. Allocation prospective areas
The northern section of recommended places for emplacement well pad
Fragment of time section reflected (left) and scattered (right) waves Inline158 within the site recommended to lay the well pads
Fragment of time section reflected (left) and scattered (right) waves Crossline 384 within the site recommended to lay the well pads
Western section recommended to lay the well pad
Fragment of time section reflected (left) and scattered (right) waves Crossline304 within the site recommended to lay the well pads
Fragment of time section reflected (left) and scattered (right) waves Inline78 within the site recommended to lay the well pads
The southern section, recommended to lay the well pad
Fragment of time section reflected (left) and scattered (right) waves Crossline197 within the site recommended to lay the well pads
Fragment of time section reflected (left) and scattered (right) waves Inline132 within the site recommended to lay the well pads
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