Powerlog 11.1

PowerLog® is the benchmark for petrophysics, rock physics, facies analysis and statistical mineralogy. The PowerLog
suite enables asset teams to locate and evaluate zones in well bores and provides sophisticated tools to quantify
the commercial potential of these intervals. Greater insight into subsurface rock and fluid properties allows E&P
companies to reduce their costs and risks while drilling and completing more effective wells.

Proven technology
Introduced to the oil and gas community more than
35 years ago, PowerLog has evolved to become one of
the most user-friendly, yet sophisticated solutions around.
PowerLog lets you work on thousands of wells with data
located anywhere in the world, as an individual or as part
of a team. Faster and easier than ever, it does the heavy
lifting so you get more work done.
Powerful collaboration
Efficient multi-user functionality lets petrophysicists
analyze the logs, geologists pick tops, and engineers
create zones for an integrated reservoir characterization
workflow. A collage of powerful visuals, automatically
updated by dynamic viewers, presents field data for
review. PowerLog provides robust data management,
improved asset team collaboration and streamlined
workflows. Sandboxes increase interpretation speed and
help guarantee the integrity of a company’s log database
by allowing individual users to transfer wells to local
projects, interpret the wells, and then transfer results
back to the central database.
Capillary Pressure
The Capillary Pressure module evaluates core plugs
integrated with wireline logs from multiple wells and
zones to quantify pore throat sizes and distribution,
determine irreducible water saturation as a function of
height above free water, and compute water saturations
at proposed drilling locations. With this additional
knowledge reservoir engineers can identify reservoir
compartments select perforation depths and plan
secondary recovery to optimize asset value.
StatMin
StatMin is a stochastic modeling package used to
determine lithology, porosity and fluid content. This
approach enables interpretation of complex lithological
formations using forward modeling algorithms with known
measured and computed curve responses for predicted
minerals. StatMin is used extensively in unconventional
reservoirs where deterministic methods can not handle
the large number of minerals and accuracy in computing
porosity and water saturation is critical in evaluation of
the reservoirs.

• Save time and resources with Machine Learning

  PowerLog can connect to any open-source distribution of Python and perform in-house advanced processing to save your company time and money.

  You can successfully apply machine learning and deep learning techniques with this tool including:

  • Facies classification, supervised and unsupervised
  • Unbalanced sampling algorithms to eliminate bias
  • Data loading, analysis, and migration
  • Automated log editing for outlier detection, synthetic curve generation, and automated curve substitution,

  Machine learning in PowerLog Python Extensions enables clearer reservoir understanding and faster, more efficient data analysis so you can:

  • Predict curves based on existing log data
  • Correlate core analysis to log data
  • Model complex porosity and permeability relationships
  • Quickly edit logs for data conditioning with automated tools

   

Product: Powerlog 11.1
Version: 11.1
Supported Architectures: x64
Language: english
Supported Operating Systems: Windows 7even or newer
Size: 1DVD