PIPELINE INTEGRITY FIELD MAINTENANCE

Brand Owner Address Description
LINESTAR LineStar Integrity Services Suite 670 4203 Montrose Blvd. Houston TX 77006 Pipeline integrity and field maintenance services, namely, building, repairing, replacing and maintaining pipeline assets in the nature of oil and gas pipelines and station infrastructure;LINE STAR;Integrated pipeline compliance services in the nature of pipeline compliance management services, namely, reviewing standards and practices to assure compliance with energy and transportation laws and regulations and tracking and monitoring regulatory requirements in the field of hazardous liquids, natural gas and water transportation for regulatory compliance purposes; integrated pipeline compliance services, namely, pipeline compliance management services in the nature of energy regulatory compliance services, namely, reviewing standards and practices to assure compliance with energy and transportation laws and regulations;Pipeline integrity services, namely, technical support services in the nature of troubleshooting by diagnosing computer hardware, communications hardware and software problems as they relate to supervisory control and data acquisition (SCADA) systems, and computer control room monitoring services which track SCADA systems' performance and processes and sends out historical reports and alerts;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A apparatus for pipeline integrity monitoring comprising a magnetically permeable backing bar and at least three magnets comprising a relatively medium-strength magnet positioned at one end of the backing bar, a relatively low-strength magnet positioned at the other end of the backing bar, and a relative high-strength magnet positioned between the medium-strength and the low-strength magnet. The at least three magnets are adapted and positioned to induce a plurality of resultant fields within the pipeline wall comprising a first resultant field suitable for detecting a reduced metal-related anomaly and a second resultant field suitable for detecting a mechanically worked-related anomaly. Preferably, the first resultant field has a strength greater than 120 Oersted and the second resultant field has a strength between 40 and 80 Oersted.