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This project is located at the Newberry Springs Compressor Station in San Bernardino County, CA. The project included an entire rebuild of the Station replacing 30-inch and 34-inch category 4 piping & several MLVs within the Station. The ARB Pipeline Division Team collaborated with SoCalGas Engineering to re-design a very critical temporary 20-inch bypass utilized during the testing and replacement phases.
The PG&E Pole Inspection Program included approximately 254,000 electric distribution overhead inspections and approximately 28,700 transmission ground inspections - a combination of both steel and wooden structures throughout the PG&E service territory. The inspections originated in 2020 and the thorough inspection of the overhead power system provides PG&E with a detailed report of mitigative measures required to ensure the continued safe operation of existing power structures.
Delevan Station re-build project consisted of the replacement and installation of 36-inch and 42-inch launchers, receivers, large valve assemblies, and the installation of over 300 feet of HP Station piping. Also included in this project was a 200-foot jack and bore under Highway CA-20 of 42-inch Transmission piping. Extensive excavating and the construction of access roads were required to complete this project as well as the installation of scaffolding, and work platforms to provide a safe work environment for all involved in the project.
Future Infrastructure has partnered with both Verizon Wireless and Verizon Business to provide turn-key services for the Verizon 5G build in the DFW market. The broad scope of work presented by the client included engineering, OSP construction, cable placement, fiber splicing, and node construction, uniquely positioned Future Infrastructure as a single source provider for the client. The planned scope of work under contract with Verizon business includes over 1 million feet of underground duct installation, roughly 250,000 feet of aerial fiber construction, and nearly 1.5 million feet of fiber optic cable placement. Future Infrastructure was also contracted by Verizon Wireless to provide small cell site installation, maintenance, and upgrades on over 600 sites in the DFW market. In addition to OSP construction services, Future worked closely with Verizon design teams and local municipalities to provide design, permitting, and as-built services.
Engineering, design, and supply of equipment/materials for six Waste Heat Recovery Units (WHRU). Each of the WHRUs were installed in the exhaust of separate GE Frame 7EA gas turbines, designed within stringent parameters for controlling noise output once installed, to protect the local habitat. The WHRUs were designed and fabricated as modules to minimize on-site construction.
OnQuest and Primoris Canada are working together to support the installation work at the IPPL PDH (propane dehydrogenation) site. Radiant cells for three of the heaters are erected at the site, including platforms and ladders, and are ready for the installation of the corresponding convection sections on top. The fourth heater radiant cells are erected with the platforms and ladders soon to be installed. Fabrication of the balance of materials consisting of stacks, convection sections, and ductwork has been completed.
OnQuest completed the engineering, design, supply of equipment/materials, and construction management of nine fired heaters, including a 3-cell Platformer, Delayed Coker Unit, KHT unit heaters, HCU heaters, and NHT heaters, for one the largest refinery expansions in U.S. history.
Engineering, design, and supply of equipment/materials for expansion of Ammonia Plant reformer island, to improve reliability, efficiency and to increase product output. OnQuest’s revamp work resulted in a newly upgraded plant exceeding designed output.
Installation of 300 feet of 42-inch diameter natural gas carrier pipe in a push and retrieve sequence using traditional auger boring with a hydraulic steering head for guidance. The project was completed in an environmentally sensitive area that required special procedures, monitoring, and documentation projects.
This project included installation of 30 miles of new 24” mainline pipe. Our crews self-performed:
» Grading » Stringing » Engineering » Bending » Dig/lay » Jack and bore » Pipe gang » Firing line » Coating » Testing » Tie-ins
Work was performed in a congested residential area that included multiple backyards with limited yard space along with several main road and power line corridor crossings. In addition to construction, we self-performed project clean up and restoration.
This project included installation of approximately two miles of new 12” transmission pipeline and included five road crossings and utility crossings with eight permanent and five temporary access roads including driveways to the stations. There were 50’ / 30’ permanent easements and 25’ / 30’ temporary easements.
The scope of work included: » Hot-tap tie in (Spherical Tee) to existing Line 364 » Installation of approximately 2 miles of 12-inch pipe » Installation of one skidded Launcher » Installation of M&R station with skidded Receiver » Hot-tap tie in (Spherical Tee) to existing natural gas main » Pipeline cathodic protection
We were awarded this project by Duke Energy to connect approximately 7,000 LF of 20” pipe to six different Duke systems through five control valve and metering skids. We installed six mainline valve assemblies and built a 100’ x 190’ building around the control valve assemblies. This project also included six open-cut road crossings on a busy street in Cincinnati, OH, which involved coordinated traffic control with the city and support from the local police department. Several of the tie-ins were in the street and required significant shoring provisions to protect workers and the public. There was also a large gas heater with its own 2,000 SF enclosure and a 900 SF climate-controlled storage building. We self-performed all of the mechanical work, excavation, and site support craft. The project had no recordable incidents or major injuries, and the welding crew completed almost 1,200 welds with only one repair.
The scope of work included: » 5 control and metering skids » ~7,000 LF of 20” pipe » 6 open cut road crossing tie-ins » (1) 100’ x 190’ regulation building with overhead crane » (1) 40’ x 50’ heater building with gas line heater » (1) 30’ x 30’ storage building » 6 main line valves