Project Goal
Our project represents a paradigm shift in designing, constructing, and operating a pipeline network extending over 2,500 miles and managing three Class VI wells. This enterprise-grade system is engineered to optimize activities, including design and siting processes, meticulous construction protocols, and rigorous operational procedures. At the core of this initiative is establishing a robust GIS environment that serves as the nexus for capturing, processing, storing, and visually representing all geographic attributes relevant to the project. A vital feature of the system is its capacity to facilitate seamless collaboration with various third-party entities. This includes firms responsible for data acquisition in the field and those utilizing this data to communicate with regulatory bodies and landowners. The objective is to maintain transparency and informed decision-making throughout the pipeline's lifecycle and well operations.Business Problem Solved
This collaborative GIS platform enables the integration of vast data sets into a centralized repository, promoting efficiency and accuracy in the planning and monitoring phases. It allows for immediate adjustments based on field data, environmental considerations, and stakeholder input, ensuring that the project adheres to the highest safety standards, compliance, and environmental stewardship.
By leveraging this advanced GIS technology, we are enhancing the management of pipeline and sequestration site operations and setting a benchmark for responsible and responsive infrastructure development in the energy sector.
Technology Implemented
100% Cloud-based implementation, including these Esri components:
• Portal
• ArcGIS
• ArcServer
• Survey123
• Collector
• ArcGIS Online
Development Team Biography
• Jason Cradit – CTO
• Brett Tatum – Director of Technology
• Luke Hutmacher – Director of GIS and Data Management
• Jeff Brummett – Senior GIS Consultant