Log Booms

Heavy-Duty Floating Log Containment Systems

ABASCO Log Booms are designed to safely contain, control, and manage floating logs, large woody debris, and heavy trash or litter in rivers, lakes, reservoirs, and waterways. Engineered for demanding environments, these durable systems help protect water intakes, hydroelectric facilities, marinas, and downstream infrastructure from damage caused by floating timber or debris.

Built for long-term performance, ABASCO Log Booms are designed to withstand heavy loads, changing water conditions, and continuous exposure to harsh aquatic environments. Custom configurations are available to meet specific project requirements, including site conditions, debris volume, and operational needs.

Applications for Log Booms

ABASCO Log Booms are commonly used for:

Hydroelectric facilities and dam protection
Water intake protection
Reservoir and lake management
River debris control
Timber and floating log containment
Industrial and municipal water systems

Benefits of ABASCO Log Booms

Heavy-duty design for large floating debris and log containment
Protects critical infrastructure from impact damage
Durable materials designed for long service life
Custom-engineered configurations for each application
Reliable performance in demanding water conditions
Reduced maintenance and debris management costs

Custom Log Boom Solutions

Every waterway presents unique challenges. ABASCO works with customers to develop the right log boom system based on water conditions, debris loads, anchoring requirements, and site-specific needs.

From initial design through installation support, ABASCO provides dependable floating barrier solutions built to protect waterways and infrastructure.

Looking for customizations?

Request a Custom Quote

To request a custom quote, please give us a call or fill out our form and an ABASCO representative will reach out to you soon.

Trusted By

How can we help you today?

Give us a call or fill out the form and an ABASCO representative will reach out to you soon.