Boom Solutions

Boom Solutions are floating containment barriers designed to control, redirect, or contain oil, debris, sargassum, sediment, and other floating materials in marine and inland water environments. Commonly used for oil spill response, construction sites, industrial facilities, ports, marinas, waterways, and coastal protection projects, containment booms help prevent pollutants and unwanted materials from spreading while supporting environmental compliance and water quality protection. Available in a range of designs for different site conditions, boom systems provide a practical solution for protecting sensitive shorelines, aquatic habitats, and surrounding water resources.

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    Yellow standard containment boom deployed across a waterway near a rocky shoreline for oil spill and floating pollutant containment.

    Standard Containment Boom

    Options

    • Calm Water Containment Boom Specifications
    • Protected Water Containment Boom Specifications
    • Open Water Containment Boom Specifications
    Orange Steel Mesh debris Boom floating in water with rigid metal framework for heavy-duty floating debris containment.

    Steel Mesh Boom

    Steel Mesh Boom provides heavy-duty floating and partially submerged debris exclusion for logs, branches, vegetation, plastics, cans, glass, and other larger materials that may pass beneath a conventional surface boom.

    Blue sargassum boom containing floating seaweed along a tropical shoreline to help protect beaches and coastal waters.

    Sargassum Boom

    Options

    • 50 in. Heavy-Duty (HD) Sargassum Boom
    • Sargassum Boom
    • PERM Boom
    Red oil containment boom deployed around a docked vessel at an industrial marine terminal to help contain and control oil spills on the water.

    Oil Fence Boom

    Options

    • 12 in. Oil Fence Boom
    • 19 in. Oil Fence Boom
    • Custom Option Available
    White absorbent boom deployed alongside an orange oil containment boom near an industrial shoreline to absorb oil and hydrocarbons from the water surface.

    Absorbent Booms & Socks

    Oil Absorbent Booms provide both containment and absorption of hydrocarbons while repelling water and can be connected into longer sections for spill response, industrial cleanup, stormwater applications, water pollution control, and environmental remediation.

    Overview

    Enviro-USA™’s floating Boom Solutions control, contain, divert, deflect, or exclude materials located on or near the water surface, including trash, floating debris, logs, vegetation, Sargassum, aquatic plants, oil, and hydrocarbons.

    Boom selection should be based on the material being controlled, water conditions, current, waves, tides, deployment length, required draft and freeboard, anchoring requirements, expected service life, and whether the application is temporary, emergency-response, or permanent.

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    Why use Enviro-USA™ for your Boom Solutions?

    • Marine-Grade Flotation & Ballast Systems
    • High-Performance Geotextile Integration
    • Withstands Harsh Coastal Wave Action

    • EPA & Regulatory Compliant Manufacturing

    • Proudly Assembled in the USA

    Boom Resources

    Containment Booms are floating barriers used to control, contain, redirect, or prevent the spread of oil, debris, sargassum, sediment, and other floating materials in water. They are commonly used in marine construction, oil spill response, ports, marinas, industrial facilities, coastal areas, rivers, lakes, and other waterways where environmental protection and pollution control are important.

    Boom Solutions are available in several designs to address different water conditions and containment needs, including standard containment booms, oil spill booms, sargassum booms, permanent containment booms, steel mesh booms, and oil fence systems. The right boom depends on factors such as water depth, current, wave conditions, deployment duration, the material being contained, and project-specific environmental requirements.

    Choosing the right Containment Boom starts with evaluating the site conditions and the material that needs to be controlled. Important factors include water movement, wave exposure, wind, debris load, water depth, deployment length, anchoring requirements, and whether the boom will be used temporarily or permanently. Selecting a boom designed for the specific application helps improve containment performance, durability, and environmental protection.