Logs Overlaid On Seismic

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.

Cross Section

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.

Basemap Production Bubbles

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.

Logs with Bitmap Lithology

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.

Monte Carlo Simulation of Volumetric Analysis

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.

Multi-segment Decline Curve Analysis and Production Forecast

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.

Economic Cash Flow Analysis

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.

Graphic Slice

Seismic Analysis

• Interpret in time or depth on 3D Survey In-lines, Cross-lines, Slices. 2D Surveys and Arbitrary lines
• Auto-track horizons on complex seismic data with patent-pending Illuminator and Seeker technology.
• Generate seismic attributes such as: envelope, phase and other trace calculations

Envelope Quickly Reveals Amplitude Anomalies

Post Stack Seismic Data Processing

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

Basic Synthetic

Velocity Changes Porosity

Synthetics and 1D forward modeling

A key task in working with seismic data is the ability to correlate and tie the seismic to the wells in the survey. KINGDOM provides the capability of generating 1D synthetic seismogram from well log data that can be correlated with any survey in a project. Tools allow for calculating and accurately tying synthetic to actual seismic data.

• Edit well logs through stretch/squeeze, bulk shift.
• Generate theoretical wavelets and rotate phase of the data interactively.
• Create zone based models of P and S Velocity curves and Density curves.
• Calculate and model porosities or interval thickness.
• Use fluid substitution workshop based on Gassman's equations.

Dip of Maximum Similarity

Advanced 3D Post Stack Attributes

KINGDOM gives users access to 50+ advanced 2D and 3D post-stack seismic attributes, including curvature, spectral decomposition and similarity (edge detection processing). This capability is fully integrated into KINGDOM to create a time-efficient, cost-effective solution for optimizing reservoir assets and increasing well accuracy.

• Curvature attributes indicate the rate of change of surface topology and accent features such as faults and fracture systems.
• Analyze Geometric, Instantaneous, Wavelet, and Spectral Attribute types.
• Detect faults, channels, unconformities, shaling out, and bedding anomalies.
• Attributes can be cross-plotted for in-depth analysis.

Crossplot

Interpret Pre-Stack Data

KINGDOM brings powerful visualization and interpretation of pre-stack gather data to the interpretation desktop by generating attributes that can be used to locate hydrocarbon indicators in rock volumes and presenting the gathers in a gallery. Using this gallery, you can dynamically compare gathers to multiple data types such as the stack trace, common offset or angle stack trace, well log curves, synthetics, or extracted seismic sections. This comparison can help reduce risk in prospecting for oil and gas.

• Integrated ability to view, interpret, and analyze pre-stack gathers in 2D and 3D views.
• Condition data and save processing to disk. This includes sorting, dip-based super gathers, flattening on a horizon or velocity, spectral balancing, angle gather generation, and other improved processing capabilities.

Complex Geology Modeled in Profile Mode

Convert Seismic To Depth And Create Velocity Models

Depth conversion and velocity modeling can be a time and labor-intensive process that often leaves nagging questions about accuracy and the ever-present "what ifs?" KINGDOM's depth conversion capability, built in partnership with Equipoise Software, Ltd., is designed for all levels of depth conversion- from simple to the most complex. Geoscientists can construct velocity models to predict depth from seismic time.

• Derive parameters for VZ=V0+KZ and many others.
• Extract and smooth interval velocities
• Produce velocity volumes and write to SEG Y or TDQ formats.

Valley Fill With GR Lathe

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.

Spectral Decomp Co-blend

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.

Flex Grid

Mapping & Gridding

• Edit generated surfaces and grids using the unique graphical feedback displays found in Grid Editor.
• 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.

Basemap Production Bubbles

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.

Monte Carlo Simulation of Volumetric Analysis

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.

Multi-segment Decline Curve Analysis and Production Forecast

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.

Economic Cash Flow Analysis

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.

Microseismic Data Analysis

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.

Spectral Decomp Co-blend

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.

Dip of Maximum Similarity

Advanced 3D Post Stack Attributes

KINGDOM gives users access to 50+ advanced 2D and 3D post-stack seismic attributes, including curvature, spectral decomposition and similarity (edge detection processing). This capability is fully integrated into KINGDOM to create a time-efficient, cost-effective solution for optimizing reservoir assets and increasing well accuracy.

• Curvature attributes indicate the rate of change of surface topology and accent features such as faults and fracture systems.
• Analyze Geometric, Instantaneous, Wavelet, and Spectral Attribute types.
• Detect faults, channels, unconformities, shaling out, and bedding anomalies.
• Attributes can be cross-plotted for in-depth analysis.