SGTR «КАМА» – New generation of Station GTR
Since 2010, JSC AMT LLC and SPE GE LOOCH LLC began cooperative development of a new generation geological and technological research station (GTR) using AMT's competencies in the field of geological and technical research, the experience of creating complex geophysical equipment of the LOOCH enterprise and with the methodological support of an academician of the Russian Academy of Natural Sciences , Doctor of Technical Sciences E. E. Lukyanova.
improved metrological and operational characteristics and quality of a standard set of process sensors;
new measuring systems and sensors;
a set of tools to protect data from unauthorized changes, losses in emergency situations and guarantee their integrity;
new software methods for the operational interpretation of geological survey data;
integration with Geophysical Well Surveys methods (autonomous logging, logging while drilling and development).
SGTR «КАМА» – is
Modular architecture of modern GTR stations
Monitoring drilling parameters
Information support for drilling crew personnel
Control of more than 40 measured and calculated drilling parameters
Complete examination of rock material (sludge, core)
Recognition of complications and emergency situations at the initial stage, including gas and oil shows during drilling, PO and cementing
Real-time well monitoring information system provides real-time transmission of:
- geological and technological information;
- results of solving technological problems;
- results of solving geological problems;
- technical and economic indicators;
- targeted SMS notifications.
- geological and technological information;
- results of solving technological problems;
- results of solving geological problems;
- technical and economic indicators;
- targeted SMS notifications.
High-precision measurements of process parameters
High Resolution Traveling Block Position Meter
High precision weight meter
Density, level, temperature and resistance meters for drilling fluid
Determination of the volumetric gas content of drilling fluid using the compression method and acoustic method
High-precision measurements of drilling fluid parameters
Full suite of fluid logging
High precision electromagnetic outlet flow metering.
Determination of manifestations, absorption of any scale; accurate identification of porous and fractured reservoirs, superreservoirs; absorptions and manifestations under conditions of abnormal reservoir pressures, etc.
Determination of manifestations, absorption of any scale; accurate identification of porous and fractured reservoirs, superreservoirs; absorptions and manifestations under conditions of abnormal reservoir pressures, etc.
Next generation gas logging
Degassing and gas analysis system at the drilling rig.
Gas analysis equipment.
Complete examination of rock material (sludge, core)
Gas log logging and interpretation.
Determination of drilling porosity, drillability coefficients, geomechanical properties.
Identification of zones of Anomalously High Reservoir and/or Pore Pressure
Implementation of a complex of automated processing, interpretation and presentation of information that increases the efficiency of the station.
New methods for interpreting GTR data
When identifying reservoir layers, instead of mechanical drilling speed, it is proposed to use the energy intensity parameter of rocks as a petrophysical indicator of the drilling process.
Integration GIS-GTR, LWD-GTR
An example of the integration of GIS and GTR in the context of Western Siberia:
