Seismic Analysis

• Generate horizons and faults on in-lines, crosslines, arbitrary lines, and slices in both time and depth domains.
• Autopick horizons on complex seismic data with patent-pending Illuminator technology.
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• Produce seismic-based interpretation maps by combined utilization of horizon and fault picking tools.
• Structure and manage projects through user-defined work trees to isolate and organize pertinent data objects into smaller, more manageable subsets.

Mapping & Gridding

• Edit generated surfaces and grids using the unique graphical feedback displays found in Grid Editor.
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• Produce accurate maps quickly with proprietary Flex Grid technology by balancing minimum curvature with minimum tension.
• Relief Shading simulates sun angle and position to better highlight topography.

Well Control

• Display borehole and well log information on seismic sections in time or depth.
• Display straight, deviated, and horizontal boreholes and sidetracks.
• Display formation tops interpreted from log curves on vertical seismic displays, and then grid and contour the tops in the project area.

Post Stack Seismic Data Processing (Formerly TracePAK)

• Conduct Hilbert, Phase Rotation, Instantaneous Phase and Frequency transforms.
• Calculate the survey spectrum and statistics.
• Compute or extract wavelets.

Manage Logs

• Import digital and raster logs; and create digital logs from raster logs.
• Create composite logs to add interpretive lithology and comments in the cross-section.
• Display log curves in structure/stratigraphic cross-sections with shading based on a constant cut-off value or based on a facies log curve or crossover shading.
• Display log signature map using multiple log curves with shading, within a specific depth range.
• Analyze digital log curves with interactive log editing and log calculators including: log statistics, log normalization, and predefined or user-defined equations.

Manipulate Cross Sections

• Generate structural and stratigraphic cross-sections with one-click interactive correlation.
• Use drag and drop well log correlation within a cross-section.
• Display raster logs in cross-section proportionally or within a specified track.
• Support multiple fault segments in cross-sections, each with specific vertical separations.
• Display true vertical thickness for deviated boreholes in the cross-section.
• Apply aliasing of digital and raster log in a cross-section and other displays.

Analyze Production

• Define zones from depth, formation tops, grids, and horizons.
• Calculate cumulative production using field, formation, and completion filters, and post using attribute and bubble maps.
• Generate bubble and attribute maps with transparency from well information, zone attributes, log data, and production data.
• Calculate zone thickness using measured log, true vertical, and true stratigraphic thickness.

Create Great Prospect Displays

• Highlight wells using multiple colors and symbols.
• Control posting of well data by a scale-based level of detail (LOD) to increase the performance and avoid cluttering the Base Map.
• Accentuate the structure, isopach, reservoir properties, and other maps using color- filled contours.
• Import lithology patterns as bitmap files to augment the existing library of patterns.
• Grid data with enhanced algorithms such as Flex Grid, Minimum Curvature, Inverse Distance To Power, and Nearest Neighbor.

Calculate Multi-layer Volumetrics

• Multi-layer volumetrics allows evaluation of multiple reservoirs simultaneously.
• Monte Carlo simulation analyzes the range of potential reserves based on the uncertainty of the known volumetric components.
• Sensitivity Analysis shows how variations in a single volumetric component effect the calculation.

Conduct Multi-segment Decline Curve Analysis

• Multi-segment Decline Curve Analysis allows the incremental effect of a workover or recompletion to be analyzed.
• Manual decline curve segments model a proposed program with user-defined production and decline rates.
• Multiple wells may be combined into group wells for entity-based analysis.
• Forecasts can incorporate a combination of rate, volume and time limits.

Perform Economic Analysis

• Performs sophisticated economic analysis linked to production forecasts.
• Accommodates multiple product streams in the analysis.
• Links multiple economic scenarios to a single production forecast.

Quick Look Petrophysical Analysis (Formerly LogPAK)

• Use advanced curve editing utilities like multi-well normalization, multi-well de-spiking, automatic depth shifting, and nearest value blocking.
• Neural network-based utility for the reconstruction of missing or corrupted log curve intervals.

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3D Interpretation

• Interpret and display horizon and fault surfaces and grids with contours.
• Display well log curves, including log lathe displays, and plan potential drilling targets using interactive well path planner.
• Horizon and geobody interpretation can be accomplished through a new patent pending algorithm based on proprietary Illuminator technology.
• Co-blend multiple attribute volumes to easily identify geoanomalies.

3D Visualization

• Interpreters can control opacity, color, and lighting of seismic volumes, horizons, faults, and grids.
• Data can be analyzed through slice animation, chair-cut, and oblique-slice displays.
• Culture and log curves with formation tops along vertical and deviated boreholes can be displayed.
• Volume scanning using interpreted horizons and co-blending multiple attributes helps rapidly identify subsurface anomalies.
• Subsets of a survey can be interactively selected from a base map and specific areas may be viewed with zoom-ins - and recorded for playback.

Microseismic Interpretation

• Matches seismic data interpretation to microseismic events.
• Generates a better understanding of reservoir to well treatments.
• Dynamically updates with user manipulation of microseismic events.
• Includes easy tools to lasso or digitize desired subsets in any view in order to cut or crop points.
• Provides dynamic visualization of microseismic events by any attribute as applied to color, size, and visibility.

• Automatic Log Curve and Deviation Survey Loading
• Manual Reference Well / Drilling Well Correlation
• Automatic Reference Well / Drilling Well Correlation
• Fully integrated within KINGDOM
• Based on the KINGDOM Deviated Well Arbitrary Line
• Full access to any and all data in the KINGDOM Project
• Geosteering Management for easy access of up-to-date drilling info
• Easy access to desired data to provide driller updates
• Utilization of seismic trace data backdrops