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Environment

EcoCoast

Silt Curtains.

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.


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Debris Booms.

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.


EcoCoast

Oil Booms.

If you are looking to ensure full marine protection during an oil spill - trust in our oil boom range to get it done.


EcoCoast

Foam Containment Booms.

Introducing Ecobarrier Foam Containment Booms – your ultimate solution for blocking and capturing large volumes of surface foam during construction.


EcoCoast

Coastal Protection Containers.

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.


EcoCoast

Mooring Solutions.

A sustainable mooring solution that supports life below water.


EcoCoast

Dewatering Containers.

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.


EcoCoast

Data Buoys.

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.

EcoCoast

FAQS

Floating booms are versatile barriers widely used across a range of environments to protect water bodies and infrastructure from pollution, debris and other hazards. Here are some of the primary locations and scenarios where floating booms are typically deployed:

  • Rivers, Lakes, Canals and Waterways: Booms are deployed in rivers and lakes to manage floating trash, logs, aquatic plants and invasive species, as well as to contain oil or chemical spills.
  • Coastal Areas: Along coastlines, they help protect beaches and sensitive habitats from pollution and debris, especially during storm events or industrial activities.
  • Ports, Harbors and Terminals: To contain oil spills, prevent the spread of floating debris and protect critical infrastructure from contamination.
  • Critical Infrastructure Sites: Including dams, hydroelectric power plants, reservoirs, weirs, intake and outlet structures, where accumulated debris can disrupt operations or damage equipment.
  • Specialized Applications: Security booms are installed to restrict access to high-risk or sensitive areas such as naval bases, power stations and airport runways.

Yes, floating booms can be used in fast-flowing or tidal waters, but the right type of boom and proper installation are essential. Specialized booms designed for strong currents and tidal changes, along with secure anchoring and deployment, help maintain effectiveness. Regular monitoring is also important to ensure optimal performance in these challenging conditions.

Our floating booms are engineered for exceptional durability and long-term deployment. Many Bolina booms have been in continuous use in the UK, with some installations still performing effectively after more than two decades in the water. This longevity is due to their robust construction and high-quality materials, which allows the booms to automatically adjust to changing water levels and withstand demanding environmental conditions.

Routine inspections and minimal maintenance help maximize their service life, but in many cases, Bolina booms require little to no maintenance even during long-term deployment. Their proven track record in challenging environments, including harsh winters and high-flow rivers, demonstrates why Bolina booms are a trusted choice for permanent waterway protection in the UK and worldwide.

In the Nuneham Viaduct Project, the floating booms were anchored using 2.5-ton concrete blocks. This robust method provided the necessary stability to keep the booms securely in place, even against strong river currents and potential collisions with boats or barges.

EcoCoast

FAQS

When selecting the right silt curtain for your project, it’s essential to consider several key factors to ensure effective sediment control and regulatory compliance. Start by assessing environmental conditions such as water currents, wave action and depth, as these will determine the right silt curtain model. Evaluate the installation site for adequate space and access, and confirm the availability of necessary onsite equipment like boats, cranes or divers for proper deployment and anchoring. Consider whether the curtain will need to be relocated during the project and plan accordingly. Ongoing maintenance and monitoring are crucial to address potential failures and maintain effectiveness. Also, weigh the consequences of curtain failure –including project delays, environmental harm and fines – against your project budget, remembering that investing in the right silt curtain upfront can prevent costly issues later.

Gulf curtains borrow the Type I–IV labels from US DOT specs but are built with much stronger fabrics, reinforcement bands and heavy‑duty anchors to handle open‑water forces. US turbidity curtains (Types I–III) meet state DOT rules for calm rivers or sheltered bays and use lighter materials.
To pick the right curtain, do not rely on model codes alone. Check environmental conditions, installation site and operational requirements. We suggest working with a marine specialist who can run site‑specific force calculations and recommend the best solution for your unique project.

There is not an international standard for silt curtains. Each supplier or local authority sets its own codes based on regional tests, environmental demands and regulations. That means a curtain made for calm inland waters might not suit exposed offshore sites, so designs differ to match local conditions.

In Asia, silt curtains often use codes like SC-100 or SC-200 to indicate the strength of the curtain’s fabric, measured in kiloNewtons (kN). However, these codes only reflect skirt strength and do not provide information about other important aspects such as flotation, tension systems or anchoring.

Yes, environmental conditions play a major role in selecting the right silt curtain. The performance of a curtain is highly dependent on factors such as whether it will be used in sheltered waters, offshore areas or high-exposure zones. Curtains designed for calm waterways, like many in the USA, may not perform well in exposed Gulf or offshore environments.

Get in touch with us today to learn more about our turnkey solutions! Our team of marine experts is ready to assist you.