We are the dominant global leader providing effective solutions to floating trash, ocean debris, and public safety around dams. This has been our sole focus for more than 25 years. Our solutions will increase your power generation while lowering your dam safety risk.

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  • Close-up of a floating debris control barrier at a Canadian hydroelectric dam, with a focus on preventing blockages at the trash rack intakes.

    A close-up view of a headpond public safety boat barrier in place at a hydroelectric dam in Canada, focusing on the prevention of entry into the dangerous waters above the floodgates. The floating barriers are part of a comprehensive management strategy to ensure the dam's spillways and trash racks remain a safe distance from the public.

  • Aerial perspective of a spillway protection boom at a hydro dam in Canada, integral to operations and public safety around the facility.

    Featured is a spillway protection boom at a Canadian flood control dam, integral to the site's safety infrastructure. The boom is strategically positioned to intercept debris, ensuring spillway functionality is not compromised and and to prevent boaters from approaching the dangerous waters above the open spill gates..

  • Aerial view of a yellow floating safety barrier at a Canadian hydroelectric dam, installed for debris control and to prevent access to dangerous waters.

    This image features an ODINBoom dam safety barrier along the Trent Severn waterway in Canada. Engineered for optimal public safety and operational integrity. The barrier system is designed to withstand significant hydraulic forces and flow velocities especially during the spring freshet. This barrier provides a critical demarcation line restrict access to hazardous zones above the open floodgates of the dam.

  • Overhead view of a debris boom barrier at a hydroelectric power plant in Canada, safeguarding water intakes and spillways.

    Peterborough Utilities in Ontario replaced its aging headpond and tailrace safety barriers with Worthington’s ODINFloat as shown here above the Stanley Adamson hydroelectric power plant. These floating booms are an essential element to preventing the unsafe passage by boaters, kayakers and other recreational water users. Shown in the background are the downstream tailrace safety barriers also supplied by Worthington.

  • A floating barrier encircling a reservoir area at a Canadian hydroelectric facility, designed for debris containment and public safety.

    Worthington’s ODINBoom debris barrier above a hydroelectric facility's reservoir in the pacific northwest. This barrier is a key safety feature, designed to contain and manage floating debris, aiding in the maintenance of reservoir capacity and preventing potential operational hazards.

  • BB20 Debris Master floating barrier by Worthington Products, actively containing plastic waste in a river to prevent ocean pollution.

    Featured in this impactful image is the BB20 Debris Master floating barrier, a flagship product of Worthington Products, Ohio. With over 25 years of expertise, Worthington Products has been at the forefront of designing, manufacturing, and installing innovative debris control solutions. The BB20 Debris Master is specifically engineered to tackle the pressing issue of plastic pollution in waterways, effectively preventing waste from reaching our oceans. Its durable construction and proven design make it an essential asset for river cleanup efforts globally. This barrier is part of our larger commitment to preserving marine ecosystems and promoting environmental sustainability.