IHS Kingdom

• 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

• Edit generated surfaces and grids using the unique graphical feedback displays
• Produce accurate maps with proprietary Flex Grid technology
• Relief shading simulates sun angle and position to better highlight topography

• Utilize very large well data sets, including deviated and horizontal boreholes
• Display borehole and well log information on seismic sections in time or depth
• Display formation tops interpreted from log curves on vertical seismic displays, and then grid and contour the tops in the project area

• Conduct Hilbert, phase rotation, instantaneous phase and frequency transforms
• Calculate the survey spectrum and statistics
• Compute or extract wavelets

• 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 and stratigraphic cross-sections with shading based on a constant cut-off value or based on a facies log curve or crossover shading
• Analyze digital log curves with interactive log editing and log calculators, including log statistics, log normalization and predefined or user-defined equations
  

• 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

• 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

• 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 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

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

• 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

• 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 Power and Nearest Neighbor

• 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 geo-anomalies.

• 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 verticle 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 bse map and specific areas may be viewed with zoom-ins and recorded for playback 

• 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

Kingdom RSA gives users access to more than 50 advanced 2D and 3D post-stack seismic attributes, including curvature, spectral decomposition and edge detection processing.

This capability is fully integrated into SMT's Kingdom family of products to create an efficient, cost-effective solution for optimizing reservoir assets and increasing well accuracy.

Benefits

• 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

Colored Inversion is a proven technique that is fast and easy to apply to seismic data, yet it produces results that match more sophisticated and compute-intensive techniques such as sparse spike inversion. Kingdom Colored Inversion matches the well character within the seismic bandwidth and automatically performs phase correction, thereby minimizing the risk of interpreting incorrect or unwanted seismic events and improving the speed and accuracy of the interpretation.

Benefits

• Increase interpretation efficiency easily offsetting time spent creating inversion data
• Fast and robust method of generating a seismic inversion data type ideally suited for use by all interpreters.
• Matches seismic data to well log data to produce cleaner data with less noise and less signal instability
• Simple for the interpreter to set up and use
• Ideal quick look inversion tool for use prior to more detailed inversion studies

AVOPAK 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.

Benefits

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

A key task in working with seismic data is the ability to correlate and tie the seismic to the wells in the survey. Kingdom SynPAK 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.

Benefits

• 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 equations

Kingdom ModPAK - In the absence of direct velocity control, Kingdom ModPAK can automatically convert resistivity or density logs to velocity. For simpler models, blocks can be defined with a constant velocity and density. The time-depth function at each well is interpolated to convert the depth section to time before convolution.

Benefits

• Interpret surfaces from formation tops or correlate on-the-fly
• Model faults, channels, pinch outs and facies changes
• Model on laps, angular unconformities and reservoir fluid changes

The Kingdom 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.

Benefits

• 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
• Design what-if scenarios

Kingdom 8.7.1 provides the ability to connect to and consume the IHS US well and production data into Kingdom without the need for file import/export.

Features

• Create and schedule data loading jobs
• Preview data requests prior to loading
• Manage job schedules
• Review job completion status and reports

Benefits

• Streamline data loading
• Easily incorproate IHS well and production data into Kingdom projects
• Create, manage and review job loading history
• Preview data prior to loading into projects

Kingdom Connect provides user with the ability to connect their Kingdom projects with any OpenSpirit enabled product. This enables the exchange of project information between Kingdom and the OpenSpirit project(s).

Benefits

• Reduces interpreter downtime waiting for data transfers between applications
• Simple, drag-and-drop approach to sharing data between Kingdom and other OpenSpirit-enabled applications on the desktop
• Fully preserved history of data movement
• Complexities of OpenSpirit are hidden from the user

Kingdom Web Services provides users with the ability to easily manage their culture images and spatial data with a common interface

Benefits

• Simple interface that allows users to preview all layers in a single UI prior to adding to Kingdom basemap
• Multiple layers from multiple services can coexist in a single Kingdom session
• Users can leverage subscription services as well as internal services in a single session
• Users can add many spatial layers and always have the most up-do-date information without the need to reload data

Kingdom offers integrated connector technology to ensure harmonious co-existence of data in organizations using multiple interpretation platforms.

Benefits

• Choose best of breed technology while still retaining interconnectivity to existing data sets being managed by other technologies
• Use native connectors to common platforms
• Use OpenSpirit enabled connectors to access diverse platforms

Kingdom Data Management provides a fully integrated platform for proper stewardship of the ever-increasing complexity of data within an organization, allowing users to manage all information across the Kingdom environment. For example, geoscientists can compare multiple projects, query for key interpretation data, convert projects between multiple databases and make unique copies of projects to share with others.

Benefits

• Automatically search networks for Kingdom projects, and inventory data components
• Use Project Comparison to look for similarities and differences between projects
• Use Database Conversion to convert projects to and from Access, SQL Server or Oracle