Solutions

System design and implementation can take on many forms ranging from simple data migration to building a full-blown enterprise solution from the ground up. The road to a successful enterprise implementation is comprised of activities such as: Strategy and Requirements Definition, Data model design, Database implementation, Data standardization and migration, Workflow Enhancement, and more.

Integrated has the experience and expertise to assist clients with any single component, a combination of components or a full system design and implementation.

Applied Data Management focuses on supporting construction projects and ongoing production and operation of fields and facilities through integrated Engineering and Environmental System Design. An important focus is placed on the need to maintain company practices and comply with regulatory requirements. The value of this type of system is found through integration across disciplines of data and information.

The Integrated Repoint and Repath tools facilitate batch updates of Map Documents (*.mxd) and Layer Files (*.lyr) file links using new path information stored in an Excel spreadsheet or table.

With our subject matter expertise spanning multiple disciplines we have become a go to company for workflow automation, especially for complex analytics and scientific processes. We have developed a number of algorithms and applications that have significantly improved the business processes of our clients through improved results and the automation of processes. Contact us to find out more about how we can help you.

Only the effective application of technology coupled with the right experience and expertise can guarantee the successful deployment of repeatable and defensible migration/conversion processes within your organization. Our purpose-built tools for management of datum and survey system transformations have been implemented as standalone data exchange applications, extensions to GIS platforms, and add-ins for mapping applications.

BrainCandiii develops and delivers Geographic Information System (GIS) training courses to meet the needs of Oil and Gas professionals. Our courses demonstrate the use of GIS as an effective tool to tackle real Oil and Gas workflow processes and analytic tasks.

Whether you need desktop support for your users, project documentation and training materials, or any kind of technical assistance, in-house or remote, for short or long term projects, our Support Team is here to help.

Effective management of stakeholder information across an enterprise has been a constant challenge to energy companies especially with ever growing need to do more with less and while continuing to meet regulatory obligations. Communication with stakeholders and managing stakeholder relationships are integral to good business practice and a positive indicator of progressive corporate culture. Proper management of and timely access to stakeholder information is critical with regards to emergency response situations, public consultation programs, decision support, project design constraints, and asset accessibility for maintenance programs.

Getting your data from Relational to Spatial, simple to say but not so simple to do. Integrated has designed and implemented processes for getting your corporate relational data into a spatial form for use with your GIS.

Typically implemented as services, application of these spatialization techniques allow you to unlock the value residing in your corporate stores by allowing full integration and supporting analysis within a GIS. With over 10 years of experience in this topic alone we have the tools and know how to move your corporation forward quickly.

Frustrated by the multitude seismic and well formats that a GIS cannot read, Integrated Informatics has developed a toolkit for reading and loading seismic navigation and well survey information into native GIS formats. The toolkit includes the ability to read seismic formats such as UKOOA, SEG P1, SEG Y, SPS, etc. as well as user-customized variations. Seismic tools include standard audit calculations, ability to decimate inputs, and use standard EPSG projections.

Well data can be read from raw ASCII files, P7, spreadsheet, and delimited files -- the well tools calculate paths from measured depth, azimuth, and inclination, and properly accounts for grid convergence when required.

Those are just some highlights, with over 30 tools (including reports) in the toolkit there's bound to be something that enables your GIS to be Oil and Gas savvy.

Maybe you have wondered where all your spatial data exists on your computer or network, or maybe you are in the process of migrating to a new folder structure or even into an enterprise database. In either case the Integrated Spatial Data Sniffer can help you locate, understand, and quantify the location and content of your spatial data.

Implemented as a tool that can be run from a desktop, across a server, or scheduled to run in the evenings, the results of this crawler will return location of file based datasets, workspaces, as well as the details about spatial references, field names, vector file contents, raster bands information, and much more.

Use the Spatial Data Sniffer to build your inventory and the story from which successful migrations can begin.

Processing the large volume of measurements from LiDAR surveys can create data management, processing and analysis challenges. Integrated Informatics has helped clients develop data management, technical specifications and quality control procedures for deliverables from LiDAR vendors to solve these problems. A solid understanding of the intended usage of the data allowed us to do this for oil sands mine development and 3D seismic survey programs. Providing data consumers with baseline LiDAR products ensures that all subsequent engineering and environmental work products derived from the LiDAR data are consistent.

Least Cost Path analysis has a high level of applicability to the pipeline routing process. Using a method that dynamically accounts for terrain variations during a least cost path analysis results in a tighter set of routing options and proven cost savings of up to 30% pipeline construction costs.

A decision support system, capable of supporting the decision making process in a defensible and repeatable manner is a valuable tool indeed. This application was developed to support the optimal siting and cost estimation of water disposal sites, well sites, batteries, gathering system flow lines, and dewatering pipelines for coal bed methane field development.

Creating high fidelity digital terrain models is one of the core strengths of Integrated Informatics, but our knowledge does not end there. We have developed many processes and applications that allow us to effectively manage, utilize, and analyze digital terrain surfaces for a variety of uses. These include: accuracy assessments, slope stability, vegetation growth, terrain characterization, geotechnical hazards identification, cut-fill volume, and more.

Developed as an add-on for ESRI?s ArcMap these tools facilitate oil exploration professionals (and others) to get information from corporate data stored in enterprise databases

Although modeling disaster scenarios is quite complex, the complexity of modeling cannot stand in the way of compliance with regulatory requirements and public expectations. Our approach is based on rigorous methods.

Our Class Location Analyst tool enables pipeline operators to automate class location analysis (CSA Z662 and CFR 192) resulting in reduced data acquisition costs, improved workflow, and proven cost savings.

Using a GIS, optimal pump station placement can be decided based on hydraulic modeling, terrain constraints, accessibility, pump station suction/discharge pressure and other factors.

Although pipeline hydraulics are typically produced within a spreadsheet or purpose-built software, the same formulas used in these applications can also be used within a GIS to generate a hydraulic profile across the entire pipeline system.