Ecocoast was the first manufacturer of the full range of silt curtains in the EMEA region. The Ecobarrier Silt Curtain range is always customized to suit specific conditions and project requirements.
This range of debris booms is the perfect choice for projects of any size. With their durable design and reliable performance, you can trust these booms to protect your project's investments.
If you are looking to ensure full marine protection during an oil spill - trust in our oil boom range to get it done.
Introducing Ecobarrier Foam Containment Booms – your ultimate solution for blocking and capturing large volumes of surface foam during construction.
With these coastal protection containers, you can be sure that environmental concerns are at the forefront of our minds, meeting modern standards for sustainability. The range is designed with both flexibility and durability in mind.
A sustainable mooring solution that supports life below water.
We have developed a simple, effective dewatering solution that has proven its effectiveness in various industries. The dewatering containers are incredibly durable and require minimal maintenance thanks to their superior design features.
These data buoys are designed to collect and transmit real-time environmental, oceanographic and meteorological data for environmental protection, regulatory compliance, public health, research and operations.
Watercraft safety booms are typically used in a variety of aquatic environments where there is a need to protect people, vessels and infrastructure from hazardous areas or to manage water traffic. Common locations include dams, weirs, reservoirs and waterways, where they help prevent boats from entering dangerous zones or restricted areas.
Watercraft safety booms help improve safety in waterways by acting as physical barriers that prevent boats, kayaks and other watercraft from entering hazardous areas such as dams, weirs and spillways, significantly reducing the risk of accidents and injuries. These booms are designed to be highly visible and robust, ensuring that even drifting or disabled vessels are stopped before reaching dangerous zones.
Some of our safety booms also feature floats and ropes that allow people in distress to climb aboard or reach the shore unaided, further enhancing rescue capabilities. By clearly demarcating restricted areas and providing an effective means of keeping both the public and watercraft away from potential hazards, safety booms play a crucial role in creating safer waterways for everyone.
Watercraft safety booms are highly customizable to meet the specific safety requirements and environmental conditions of different waterways. Customization options include the addition of reflective strips, warning signage, access gates, branding and integrated safety features such as grab handles, casualty lifelines and demarcation lighting. Advanced models can also incorporate sensors, alarms and cameras for real-time monitoring and enhanced security.
Yes, you can customize the booms by adding your logo, colors or other branding elements to match your specific needs and represent your brand effectively.
Watercraft safety booms are primarily designed to ensure the safety of people and watercraft by preventing access to hazardous areas. However, they can also help stop large debris, such as tree trunks, from crossing into dangerous zones.
If your primary concern is the management of various types of marine debris and pollution, we offer Debris Booms that are specifically designed for this purpose.
Watercraft safety booms are designed for minimal maintenance, but regular checks are still important to ensure their effectiveness and longevity. Routine maintenance typically involves inspecting the booms for any signs of wear or damage, ensuring all parts and attachments are secure. Overall, maintenance is straightforward and can usually be performed with simple tools, making these booms a practical and low-maintenance safety solution for waterways.
For precise selection and design, we recommended consult our team.We use specialized tools and calculators (such as Boomforce) to analyze your site conditions and recommend the most suitable solution based on your unique scenario.
A debris boom – also known as a trash boom, river boom, containment boom or floating debris barrier – is a floating barrier designed to prevent the spread of floating waste and debris in rivers, lakes, canals, waterways and coastal areas. These barriers effectively trap and contain items such as leaves, logs, seaweed, plastic and other trash, helping maintain clean and safe water environments. Debris booms protect aquatic life, prevent blockages in critical infrastructure like dams and reservoirs, and support environmental compliance by making it easier to collect and remove floating pollutants from the water.
Floating debris booms offer several key advantages for waterway and coastal management:
• Effective debris containment: They trap and prevent the spread of floating waste such as plastic, logs, leaves, seaweed and other trash, helping to keep rivers, lakes, canals and coastal areas clean.
• Protection of critical infrastructure: Debris booms help prevent blockages and damage to dams, hydroelectric plants, water intake screens and reservoirs, reducing the risk of flooding and operational disruptions.
• Improved water quality: By containing and facilitating the removal of pollutants and natural debris, debris booms support cleaner and more potable water environments.
• Reduced maintenance costs: These barriers minimize the time and resources needed for manual debris removal, streamlining maintenance operations and lowering overall costs.
• Environmental protection: By preventing trash and debris from entering sensitive habitats, debris booms help protect aquatic life and support environmental compliance.
The Bolina Permanent Debris Booms and Log Screen Booms are highly effective floating barriers engineered to capture and contain all types of floating waste. Their unique design ensures the boom maintains an optimal vertical position in the water, automatically adjusting to changing water levels and flows for maximum debris capture.
The smooth, flush-faced construction allows floating debris to collect efficiently against the boom without obstruction. This design also enables workboats to easily and quickly collect the accumulated debris, streamlining removal and reducing maintenance time and costs.
Debris booms are widely used in a variety of water environments to contain and control floating waste and debris, including:
● Rivers and lakes: Preventing debris from spreading and affecting water quality.
● Canals and waterways: Containing debris to protect navigation channels and sensitive habitats.
● Coastal areas: Safeguarding shorelines, beaches and marine habitats.
● Ports, harbors and terminals: Ensuring safe, debris-free operations.
● Critical infrastructure sites: Such as dams, hydroelectric power plants, reservoirs, weirs, intake and outlet structures, where accumulated debris can disrupt operations or damage equipment.
Debris booms are also used in nature parks, drinking water catchments and for special projects such as removing invasive plant species or protecting fish passages. Their versatility and durability make them an essential solution for maintaining clean, safe and environmentally compliant waterways.
Ecocoast’s turnkey debris solutions are highly effective because they cover the entire lifecycle of debris management – from custom design and engineering to installation, monitoring, maintenance, removal, relocation and recycling. Our debris booms are engineered for optimal performance and durability, protecting waterways and critical infrastructure from floating debris, trash and pollutants.
What sets Ecocoast apart is our comprehensive approach. We do not just supply products, we deliver end-to-end solutions tailored to each project’s unique requirements. Our team uses advanced design tools and proprietary software to ensure the right product selection and configuration for every site. We also offer debris monitoring and ongoing support to maximize barrier efficiency and environmental impact.
The installation of debris booms is a highly engineered process that starts with a thorough site assessment. Our engineering team typically provides clients with a detailed questionnaire and, when necessary, conducts onsite evaluations to gather essential data. Key factors considered include water flow velocity, direction, seasonal variations, wind speed, wave action, debris type and volume and site-specific challenges such as the presence of critical infrastructure or fluctuating water levels.
Based on this assessment, the optimal boom type, length, configuration and anchoring system are determined. Engineering calculations are performed to ensure the boom can withstand expected loads from water currents and debris impact, using data on flow rates and site conditions. Anchoring options are selected according to geotechnical parameters and local equipment capabilities.
During installation, boom sections are assembled and connected using robust end connectors and ballast chains are attached for stability. The boom is then positioned in the water and anchored securely to withstand environmental forces and maximize debris capture. For complex or critical sites, custom engineering drawings and installation plans are provided to ensure precise placement and optimal performance.
This rigorous, engineering-driven approach ensures that debris booms are not only effective in containing floating waste, but also durable and reliable in protecting water quality and critical infrastructure.
Our debris booms and oil booms serve different primary functions and are built from materials suited to their roles. Our debris booms are engineered for long-term containment and efficient collection of floating debris in rivers, dams and reservoirs. Their fully flush-faced design allows for self-clearing at optimal current angles and is constructed from heavy-duty, UV-stabilized materials to withstand continuous exposure and minimize maintenance needs.
In contrast, our oil booms are specifically designed to contain and control oil spills in various water environments such as ports, harbors and industrial sites. These booms are made from UV-stabilized PVC membrane fabric, with options like foam-filled or solid flotation for superior buoyancy and rapid deployment.
Choosing the right boom depends on factors like the type of debris or pollutant, water flow, site conditions and your project goals. Our team of engineers simplifies this process by guiding you through a detailed questionnaire and, if needed, conducting an onsite assessment to evaluate environmental conditions and specific requirements. With our expertise and experience, we recommend the most effective and durable boom solution, customized to your site, to ensure optimal performance and protection for your waterways and critical infrastructure.