However, pipeline operators must also comply with ever-changing federal and state rules and regulations for gas pipeline operation and maintenance. Compliance with these mandates and mitigating risk adds complexity to the utility’s normal operations, causing a resource demand issue that must be effectively managed. The GeoCurrent suite of solutions was designed with that purpose in mind. The modules that make up that suite, used independently, or better yet in tandem, provides the utility the opportunity, through real-time data, to more effectively manage internal and external resources to enhance their infrastructure maintenance activities.Download PDF
Need for accurate and risk-weighted data with respect to pipeline risk and the prioritization of activities performed on an aging infrastructure
Inefficient, redundant and inaccurate records from patrolling activity due in part to the inability to update from the field
Lack of a GIS component in the record production process and patrolling activity tracking in a real-time environment
Lack of visibility into field operations, maintenance task status and real-time data collection
Need to manage compliance activities and records in respect to DOT Parts 191 regulations
GeoCurrent’s suite of software solutions help gas pipeline operators reduce many of the challenges and complexities associated with maintenance and compliance. Our solutions enable inspectors to assign and track jobs, enter inspection reports in real time, identify the highest risk pipelines and prioritize maintenance and repairs.
GIS-centric software solution designed to expedite assigning, dispatching and tracking job locations and mobile workforce enablement and performance.
Enterprise software solution providing gas line inspectors the ability to enter project updates in real-time, provide customers access to project monitoring and grant all interested parties access to reports and project documentation.
risk analyzer tool that proactively identifies at-risk pipelines based on relevant criteria and predicts the likelihood of structural failures before such an event occurs, providing unprecedented visibility and the establishment of maintenance priorities.