Perkins was contracted to move three (3) large industrial boilers each weighing 258,000 pounds in early spring. A feasibility and operational study (FOS) was completed to make sure the three pieces could be routed and permitted properly from Oklahoma to New York. The states along this route have very specific requirements that must be met in order to comply with all state, city, and county regulations. Not to mention, the three boilers were each 19' 6" wide, providing another challenge in finding a route that could handle the oversize weight, in addition to the extreme width.
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During a 17-day timeframe, Perkins field and operations professionals successfully moved a new Yankee dryer manufactured in Germany from the Port of Houston, TX to a greenfield tissue paper plant in Bear River City, UT.
Perkins Specialized Transportation Contracting previously moved 87 process and pipe rack modules from two Texas fabrication facilities located in Abilene, TX and Corpus Christi, TX respectively, to a west Texas gas processing plant near Fort Stockton. Although the modules weights ranged from a mere 29,687 lbs up to 237,000 lbs, the highway transportation of the bulky modules all had common issues that Perkins overcame with sound engineering and superior equipment.
A Canadian logistics company was contracted by an Alberta electric utility to transport a fully assembled IP/LP steam turbine from an ocean terminal warehouse in Norfolk, CA for a power plant site in southern Alberta. The project began when a Virginia-based rigging and transportation company was contracted by the client to move the turbine from storage, roll it onto a heavy-duty deck barge, and have it delivered to the Port of Duluth on Lake Superior.
Perkins was contracted when an IL vessel fabricator needed to move a 270,000 lb grain-processing vessel to Keokuk, IA. Perkins Specialized Transportation Contracting is located within 600 miles of almost all these Ethanol, Bio-Diesel and other grain-based plants. And our unique transport equipment allows us to move large vessels through states with the most stringent superload requirements.