Products

Various data import and export, depth matching, visual representation, print-out, curves based calculations, integrated programming language.

Identification of petro-physical properties of formation (porosity, saturation, permeability), multi-component petro-physical modeling.

Identification of current reservoir saturation, influx profile calculation basedon flowmeter survey, downhole multi-phase flow analysis, marginal well analysis.

Data base specially created for storage and analysis of geoscience surveys. Instantaneous access to well logging summary panel sofcharts and associated files (doc, xls, jpegetc.). Massive operations on data.

Correlation patterns, cross-plots, histograms, statistics, stacking, summary reports, well map, geological cross sections, scripts etc.

The package includes two modules: the module of comprehensive interpretation of lateral sounding, focused log, induction electrical log data and the module for calculation of flush liquid true resistivity.

The module processing of data delivered from high-frequency logging survey data is automated. The results of processing as well as with the lateral sounding are electrical characteristics of formations pertaining to a cross-section surveyed. The high-frequency logging technique as compared to the lateral sounding is better accommodated for thin-layer structures.

Calculation and plotting of multicomponent petrophysical models. Quality control by comparing of measured curves with theoretical ones.

Visualization and analysis of wave patterns, interval transit time. Ray tracing of waves.

Inclination survey tool and gyro data processing. Anti-collision of boreholes. Data gaps recovery algorithms. Import, processing and visualization of multi-well data. Export of results as LAS, ZAK, WS, Excel files.

Well cementing bond quality control, identification of local defects in the cement stone and column with their positioning in relation to the apsidal plane at a given point.

The nuclear magnetic logging module is designed to process data of nuclear magnetic logging partial spectrum. The module’s function results in porosity and permeability curves.

The gamma-ray spectral logging module is designed to identify lithotypes of rocks in various facies, quantitative estimation of rock clayiness indexes, type and content of clay minerals, potassic feldspars and organogenic carbon using gamma-ray spectral logging data.

The module is designed to process multi-finger borehole geometry tool data.