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6/28/2019 | 1 MINUTE READ

FRP piling system used to update Virginia-based ferry terminal

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A total of 296 wooden pilings were reportedly replaced by FRP monopile dolphins at one-third the lifecycle cost of wood.  

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Composite Advantage LLC (Dayton, Ohio, U.S.) has announced that the Virginia Department of Transportation (VDOT, Richmond, Va., U.S.) has invested in its fiber reinforced polymer FiberPILE system for the Jamestown-Scotland Ferry Terminal facility. The agency cited greater cost efficiencies due to FRP’s longer life cycle, reduced service interruptions and safer operation. In 2018 VDOT replaced 8 piles comprised of 37 timbers each with large-diameter FRP monopile dolphins. A total of 296 wooden pilings were reportedly replaced by FRP at one-third the lifecycle cost of wood.  

According to Composite Advantage, FiberPILE products are fabricated to high strength-to-weight ratios capable of handling overall ferry crushing loads and adverse wind conditions. 

“We fabricated the 100-foot-long FRP monopiles with multiaxial E-glass reinforcement,” explains Composite Advantage President Scott Reeve. “59 percent of the glass fibers used in the lower 80 percent of the pile were orientated at 0 degrees [parallel to the longitudinal axis of the pile]. Eight percent of the glass fibers were given a 90-degree orientation with the remaining fibers oriented at ±45 degrees. Glass fibers for the top 15 feet of the pile [focused on the hoop direction] were manufactured with eight percent at an orientation of 0-degree, [parallel to the longitudinal axis of the pile], 59 percent at an orientation of 90 degrees and the rest of the fibers were given an orientation of ±45 degrees. Wood has a 42 ft-kip energy absorption. This combination gives our monopiles an energy absorption of 585 ft-kip energy absorption.”

FiberPILE also boasts hollow construction, light weight and low driving friction. Following setup which took a day, contractors were reportedly able to drive a 100-foot monopile 25 feet into the river bottom in approximately 20 minutes with minimal disruption. 

 

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