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EasyTrace Well log analysis

EasyTrace is a multi-disciplinary 1D data processing and editing tool, featuring a wide range of functionalities for geologists, geophysicists and reservoir engineers within a very productive package.
Integrated log processing

Well data is often acquired in different formats, with different sampling rates, requiring appropriate processing for modern geological modeling. Geophysical and geological reservoir characterization both require specific log processing and editing, for example rock-typing from logs and cores, seismic signature analysis, and AVO feasibility analysis.

EasyTrace takes advantage of a true spreadsheet environment that offers advanced 1D data editing, analysis and processing functionalities to help geoscientists in their daily work. EasyTrace is now plugged into the OpenFlow platform and shares its entire range of powerful capabilities with all the OpenFlow Suite applications, especially CobraFlow and FracaFlow.

Workflows

EasyTrace allows manipulation and numerical & graphic editing of any kind of 1D data: 

  • Property: GR, Velocity, Lithology, Porosity, SCAL …

  • Units: API, m/s, g/cm3 …

  • Coordinates: depth (MD, TVD, …), time … 

  • Sampling: regular, irregular, layer …

EasyTrace is the natural pre-processing tool for different workflows:

  • Electrofacies determination for matrix characterization (using CobraFlow for example)

  • Data preparation for lithoseismic inversion (using InterWell for example)

  • Fracture data analysis

  • Plug data management like KrPc and classification for rock-typing

Key benefits

  • Powerful and versatile toolbox to analyse and process 1D data. No equivalent in the industry in terms of versatility.

  • AVO/AVA/AVAZ analysis & modeling

  • Advanced petro-elastic modelling & log substitution

 

  • Easy to learn and put in action.

  • Multiple and proven techniques for electrofacies analysis, not part of an expensive petrophysical analysis package.

  • Advanced Rock-typing for the reservoir engineer

     

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The Electrofacies application is dedicated to the determination of the electrofacies with or without a priori information. Here is shown a non supervised approach, with the estimated density function. We assign the same electrofacies code to series of samples that lie in the same high density region. The samples that receive an electrofacies code are then used as the training population to build the assignment function with.

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The Electrofacies application is dedicated to the determination of the electrofacies with or without a priori information. Here is shown a non supervised approach, with the estimated density function. We assign the same electrofacies code to series of samples that lie in the same high density region. The samples that receive an electrofacies code are then used as the training population to build the assignment function with.
Fluid substitution - Sw log application is used to simulate or convert log values using fluid saturation log traces and custom rock properties. On the left the lithology, porosity and fluid saturation traces used for the conversion. On the right, the resulting simulated traces: rho, Vp and Vs.

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Fluid substitution - Sw log application is used to simulate or convert log values using fluid saturation log traces and custom rock properties. On the left the lithology, porosity and fluid saturation traces used for the conversion. On the right, the resulting simulated traces: rho, Vp and Vs.
Estimate the Total Organic Carbon (TOC) of a set of samples in a table from measures of their sonic transfer time (DT) and resistivity (Rt) using the CARBOLOG method. On the left, the samples are displayed on a DT-1/Rt^1/2 diagram. The matrix, shale and organic matter (OM) pole positions are also displayed on this diagram for the current sample selection.

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Estimate the Total Organic Carbon (TOC) of a set of samples in a table from measures of their sonic transfer time (DT) and resistivity (Rt) using the CARBOLOG method. On the left, the samples are displayed on a DT-1/Rt^1/2 diagram. The matrix, shale and organic matter (OM) pole positions are also displayed on this diagram for the current sample selection.
Multi-graph document view with SCAL data position and possibility to open the graph display.

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Multi-graph document view with SCAL data position and possibility to open the graph display.
Fracture AVAz sensitivity study: on the left, a map of reflectivity (or anisotropic velocities) with the different fracture groups, and on the right, a set of computed AVA curves (Amplitude Versus Angle).

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Fracture AVAz sensitivity study: on the left, a map of reflectivity (or anisotropic velocities) with the different fracture groups, and on the right, a set of computed AVA curves (Amplitude Versus Angle).
Pore pressure prediction application is used to compute an estimation of the pore pressure log from density/velocity well logs using the Eaton method. On the left, the input well logs: density, velocity and the normal velocity trend (NVT) model. On the right, the pressure logs are displayed: hydrostatic pressure, lithostatic pressure, pore pressure.

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Pore pressure prediction application is used to compute an estimation of the pore pressure log from density/velocity well logs using the Eaton method. On the left, the input well logs: density, velocity and the normal velocity trend (NVT) model. On the right, the pressure logs are displayed: hydrostatic pressure, lithostatic pressure, pore pressure.
Sonic log correction application is used to apply corrections to a given sonic log, either in depth using the check shot times, or in time using synthetic to seismic correlation.

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Sonic log correction application is used to apply corrections to a given sonic log, either in depth using the check shot times, or in time using synthetic to seismic correlation.
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EasyTrace - TechnicalSpecifications