Acrow provides critical infrastructure for extractive industries
Acrow bridges meet the specialized needs of the energy, mining, and oil and gas industries by providing safe and cost-effective access to work sites. Acrow’s modular steel components are easy to assemble, designed to accommodate heavy loads, and built to withstand the harshest environments. These components can also be disassembled, stored and reassembled for use in different locations, offering maximum versatility for your operations.
Versatile solutions tailored to the needs of extractive industry operations
Acrow’s bridging system is robust and designed to support the heavy-duty vehicles and equipment used in extractive industry operations.
Manufactured with high-strength U.S. steel and hot-dip galvanized to withstand rugged environments, our bridges utilize standardized modular components which can be rapidly assembled, disassembled, stored and reassembled for use in different locations. Transported by standard truck or ocean shipping container, the Acrow bridge is easily erected within days using minimal equipment to lift or roll into place, even with limited build area.
Acrow’s engineers work closely with clients in tailoring our modular bridging solutions to the unique needs of extractive industry operations – accommodating specialized live loads and vehicle dimensions, challenging climates and remote operational environments. Our technicians are available to provide expert on-site support to ensure safe, rapid installation.
Designed for extreme loads and rugged use in extractive operations worldwide, Acrow bridges connect you to a versatile, durable and cost-effective solution.
Case Studies
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Liberia Extractive Industries Case Study
The one-lane structure was designed to support extremely heavy loads such as FMX or heavy-haul Mine Transporter Trucks.
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NC State Ports Authority Case Study
Due to the recent expansion of the Panama Canal, the Cape Fear River at the port of Wilmington, NC needed to be widened to accommodate turning movements of larger vessels.
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Speed River Case Study
As part of an upgrade to the Hespeler wastewater treatment plant in the City of Cambridge in Ontario, it was determined that the existing bridge which supports utility pipes
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