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Erosion Control Blankets help prevent soil erosion, promote vegetation growth, and protect slopes from runoff. They are eco-friendly, easy to install, and provide long-term erosion control solutions.

Erosion Control Blankets create a conducive environment for seed germination and plant growth by providing moisture retention, protection from harsh weather conditions, and reducing soil erosion. They promote healthy vegetation establishment and growth.

Erosion Control Blankets are available in various types, including biodegradable and photodegradable options. They may have different netting materials such as jute or standard netting. These blankets offer effective erosion control solutions tailored to specific project needs.

Erosion control blankets are typically made from natural materials such as coconut fiber, straw, or jute. They can also include synthetic materials like polypropylene or polyester. These materials provide strength, durability, and environmental compatibility for effective erosion control.

Yes, erosion control blankets are eco-friendly as they are available in biodegradable and photodegradable types, promoting soil stabilization and vegetation growth while being environmentally sustainable.

While it is possible to install erosion control blankets on your own, professional help is recommended for complex situations or large areas to ensure proper preparation of the soil surface, secure anchoring, overlapping edges, and seeding if desired.

Yes, BMP Supplies manufactures high-quality Erosion Control Blankets that are designed to promote soil stabilization, prevent erosion, and enhance vegetation growth. Our blankets are made from premium materials to ensure effectiveness and durability.

Erosion Control Blankets should be used in various situations such as construction sites, slopes, disturbed areas, and areas prone to erosion. They are effective in stabilizing soil, preventing erosion, promoting vegetation growth, and protecting the environment.

Erosion Control Blankets are available in various sizes and thicknesses to suit different project requirements. Common sizes include 4'x50', 8'x112.5', and 16'x112.5', with thickness options ranging from 0.25 inches to 0.5 inches, providing flexibility for erosion control needs.

If you didn't self seed before laying the blanket, you may see a type of grass stemmed from POA grass seeds in the straw which may find their way into farmers' fields during plowing. BMP Supplies sources our straw from local Alberta farms, and the only noxious weed of concern in this region is Canada Thistle, which is not present in our products. The inclusion of native POA grass seeds can actually be beneficial for soil stabilization and erosion control. All BMP Supplies straw is weed free so no invasive species are present in the Wattles. Lab results can be provided upon request.

Even after the grass seeds have germinated, you shouldn’t have to remove the straw since it will decay by itself. Raking it off puts the roots and leaves of the young plants at risk. If you decide to wait, keep a watch out for weeds growing among your grass seeds.

The lifespan of an Erosion Control Blanket depends on its material and environmental conditions. Biodegradable blankets typically last between 6 to 24 months, while synthetic or longer-lasting options can provide erosion control for several years.

Some Erosion Control Blankets are designed for high-flow areas, but in extreme conditions, a Turf Reinforcement Mat (TRM) or rock riprap might be needed instead. Selecting the right blanket for the site conditions is crucial.

Yes, Erosion Control Blankets can be cut with utility knives or scissors to fit irregularly shaped areas. However, care should be taken to properly anchor any cut edges to prevent shifting.

The number of staples or stakes required depends on slope, soil type, and environmental conditions. A general guideline is to place staples every 3 to 5 feet along edges and overlaps, and every 1 to 3 feet in steep or high-wind areas.

Most biodegradable blankets cannot be reused as they break down over time. However, synthetic blankets, such as those made from polypropylene, can sometimes be removed and reused if they remain intact.

Straw: Short-term, best for low-flow areas, degrades in 6–12 months. Coconut: Longer-lasting (up to 3 years), suitable for steeper slopes and high-flow areas. Excelsior (wood fibers): Good for moderate slopes, lasts 12–24 months, provides good moisture retention.

Yes, after installation, inspect the blanket regularly, especially after heavy rainfall. Check for displacement, secure any loose areas with additional staples, and reseed bare spots as needed.

In many regions, Erosion Control Blankets are required on construction sites, especially near waterways, to comply with environmental regulations. Local permitting offices or environmental agencies can provide specific requirements.

Yes, Erosion Control Blankets are manufactured in Canada, including those produced by BMP Supplies. Canadian-made blankets meet high-quality standards and are designed to withstand the country's diverse climate conditions. Choosing locally made products also helps reduce shipping costs and supports the economy.

Erosion Control Blankets (ECB) are designed for temporary soil stabilization and typically degrade over time, helping vegetation establish. Turf Reinforcement Mats (TRM), on the other hand, are permanent solutions made of synthetic materials that provide long-term soil stabilization in high-flow water areas or steep slopes. TRMs reinforce vegetation, while ECBs support initial growth and prevent early-stage erosion.

Yes, Erosion Control Blankets can be installed in winter, but they may take longer to establish vegetation. Some blankets provide insulation, helping protect seeds until spring. If vegetation growth isn’t possible due to freezing temperatures, blankets will still help stabilize the soil until conditions improve.

Selecting the right Erosion Control Blanket depends on factors like slope steepness, soil type, expected rainfall, and how long you need erosion control. Straw blankets work well for short-term use, while coconut or excelsior blankets provide longer protection. For extreme conditions, reinforced blankets or TRMs may be necessary.

While Erosion Control Blankets help suppress weeds by covering the soil, they do not act as a full weed barrier. Some blankets are designed with a denser weave to reduce weed growth, but additional measures like herbicide application or weed-resistant seed mixes may be needed.

Seeding should be done before installing an Erosion Control Blanket to ensure good seed-to-soil contact and proper germination. If adding seed afterward, lightly rake or punch holes through the blanket to encourage growth.

Yes, but in high-wind environments, extra staples or stakes should be used to secure the blanket. Overlapping sections should be carefully anchored, and a heavier-duty blanket material, like excelsior or coconut, may be more effective.

Most biodegradable blankets, like straw or coconut fiber, are not fire-resistant and can burn if exposed to open flames. However, some synthetic blankets and TRMs have fire-resistant properties. Always check product specifications if fire safety is a concern.

Driving over an Erosion Control Blanket is not recommended, as it can shift, damage the material, and affect seed growth. If temporary access is needed, reinforced options or protective mats should be placed over the area.

Erosion Control Blankets can be purchased in bulk from manufacturers like BMP Supplies, specialty construction suppliers, and erosion control distributors. Buying in bulk can save on costs, especially for large projects.

Yes, Erosion Control Blankets are manufactured in Alberta, including those produced by BMP Supplies. Alberta-made blankets are designed to withstand the province's varying climate conditions, from heavy snow to dry summers, ensuring reliable erosion protection for a wide range of projects. Purchasing locally manufactured blankets can also reduce shipping costs and support the regional economy.

Type 1: 0 fps, still water and calm areas Type 2: 1 knot, moderate wind and waves under 2' Type 3: 1.5 knots, moderate winds and waves under 2

Depths: The depth varies depending on the body of water depth and condition in your location. The most common is 5' deep. However, BMP Supplies manufactures anything from 2.5' - 30' curtains. ​ Lengths: Our curtains are sold by individual sections. The standard sections length is 50'.

Depth for the turbidity curtain is chosen based on the depth of the water in your location. As a standard rule of thumb the depth of skirt should extend down until it is about one 1' from the floor. This allows the curtain to provide maximum containment without the bottom of the skirt getting bogged down with settled silt/turbidity/sediment.

Choosing the right silt curtain for your location is often dependent on different site factors and conditions. The standard classifications for our turbidity curtains are as follows: Type 1: Calm Water Type 2: Medium Water Conditions Type 3: Fast Water Conditions ​ You can compare all of our various curtains HERE

1. What is the difference between permeable and non-permeable turbidity curtains? Permeable curtains allow water to pass through while trapping sediment, reducing pressure in high-current areas. Non-permeable curtains create a solid barrier, fully containing sediment and preventing dispersion. 2. When should I use a permeable vs. non-permeable turbidity curtain? Use permeable curtains in high-flow areas to prevent water buildup while controlling sediment. Use non-permeable curtains in calm waters for maximum containment, such as dredging or shoreline work. What materials are used for each type? Permeable curtains: Made from geotextile fabric, which filters sediment while allowing water flow. Non-permeable curtains: Made from PVC fabric, forming a watertight barrier for complete sediment control. 3. How do I choose the right option? Consider water flow, regulations, and sediment type. High-current areas benefit from permeable options, while containment-focused projects need non-permeable barriers.

Turbidity curtains are typically made from two main materials: PVC Fabric (Impermeable) – A heavy-duty, non-permeable material that completely blocks water flow, trapping sediment within a contained area. This type is ideal for projects requiring maximum containment, such as dredging and marine construction. Geotextile Fabric (Permeable and Non-Permeable) – Permeable geotextile turbidity curtains allow some water to pass through while filtering out sediment. These are useful in areas with strong currents where complete water blockage could cause excessive strain on the curtain. Non-permeable geotextile curtains function similarly to PVC curtains, containing sediment but offering different durability and flexibility advantages.

With the proper care and maintenance, BMP turbidity curtains can be a long-term investment in your job. While not meant to be a permanent solution to turbidity control, these curtains can help manage runoff sediment during inclement weather, or while you’re implementing longer term erosion solutions. With time and natural wear and tear, a turbidity curtain may become less effective as it’s exposed to rough seas or heavy currents. Holes may form in the plastic or floaters, and anchors or grommets may become dislodged. If unmonitored, a runaway silt curtain can contribute to murky, polluted waters itself.

Boom are used to contain substances (oil, trash, seaweed, logs, or other debris) floating on the surface of the water. On the other hand, turbidity curtains are used to contain both floating debris and for sediment control when it is suspended beneath the surface of the water. BMP Supplies both floating Booms or Curtains.

Review BMP Supplies Turbidity Curtain Install Instructions HERE

BMP Does not recommend reuse but it some cases a floating curtain can be reused as long as they are properly cleaned and are not previously used with materials that are contaminated. If you are using this turbidity curtain in a location that is dealing with contaminated materials, please make sure that your curtain is properly decontaminated before reuse.

Wind, waves, and current: For many locations the three most influential factors on the silt curtain are wind, waves and current. Depending on where your work area is located these factors can act as a force on the turbidity curtain causing it to move and adjust while installed. This, in turn, can limit the turbidity curtain's ability to contain silt and sediment in a given location. ​ If you are dealing with a site that has any of the above conditions a Type 2 or Type 3 silt curtain will probably work best for your area. These silt curtains include the addition of a single or dual tension cable along the top of the curtain. This increases the strength of the curtain and its ability to hold up to moving water areas. ​ Consider Anchoring: The second thing required for any moving water condition is effective anchoring. Spacing and anchor types will change by area, but should typically include, at a minimum, shoreline anchors and anchoring along the barrier every 50' or 100'. ​ Review BMP Supplies Anchoring Kit HERE

The depth of a turbidity curtain should be carefully matched to the water conditions. A curtain that is too short may allow sediment to escape underneath, while one that is too long can drag on the bottom, causing damage and reducing efficiency. Proper anchoring and tensioning help maintain the right depth.

Yes, but special considerations are required. Floating turbidity curtains in tidal zones or areas with strong currents need reinforced anchoring, tensioning systems, and sometimes multiple layers to prevent sediment bypass. High-flow models with permeability features can also help manage water movement while trapping sediments.

Type I: Best for calm waters like ponds and small lakes with minimal current. Type II: Designed for moderate conditions, including inland rivers and harbors with some current and wind exposure. Type III: Built for strong currents, coastal waters, or high-flow construction zones, often using reinforced fabrics and extra flotation.

Properly spaced floats, weighted ballast chains, and periodic maintenance checks help prevent sagging. Ensuring the curtain is the correct length and tensioned appropriately between anchor points also minimizes sinking risks.

While turbidity curtains help protect ecosystems by controlling sediment spread, they can also temporarily restrict fish movement. Environmental assessments and strategic placements with escape routes help minimize disruptions to aquatic life.

Ice formation and freezing temperatures can make materials brittle and damage curtain integrity. Special cold-resistant materials, extra buoyancy, and seasonal removal strategies help maintain effectiveness in winter conditions.

Anchoring systems should be selected based on water depth, current strength, and wind exposure. Options include stake anchors for shallow waters, concrete blocks for deep waters, and weighted buoy systems for fluctuating depths. Regular adjustments ensure stability.

Yes, regulations vary by region and project type. Environmental agencies like the EPA (U.S.), Fisheries and Oceans Canada, and local water management authorities set standards for turbidity control during construction. Compliance ensures permits are maintained and environmental fines are avoided.

Turbidity curtains control sediment in water, while silt fences manage runoff on land. Both serve erosion control purposes, but turbidity curtains are necessary when working directly in or near bodies of water to prevent sediment from dispersing downstream.

Catch basin protection is a stormwater management solution designed to filter sediment, debris, and pollutants from runoff before they enter the drainage system.

It helps prevent clogged storm drains, reduces pollution in waterways, and ensures compliance with environmental regulations. Without protection, stormwater can carry harmful contaminants into rivers, lakes, and oceans.

Catch basin protection products can trap sediment, silt, oil, grease, trash, and heavy metals, preventing them from entering storm drains and local water systems.

It is used in construction sites, industrial facilities, parking lots, roadways, and other areas where stormwater runoff carries pollutants. Many municipalities require their use to comply with environmental regulations.

In many regions, regulations like the EPA’s National Pollutant Discharge Elimination System (NPDES) and local stormwater management rules mandate the use of catch basin protection on construction and industrial sites.

Above-ground protection (e.g., BMP Supplies’ Catch Basin Donuts) Insert filters (placed inside the drain) Silt sacks and sediment bags (placed below the grate) Filter socks (placed around the inlet) Oil and hydrocarbon filters (for industrial sites)

Above-ground products like Catch Basin Donuts are easier to install, maintain, and inspect. Unlike overfilled sediment bags, they prevent sediment from being washed into the drain when they become overloaded.

Silt sacks trap debris inside the catch basin, but when they fill up, they can become clogged, difficult to maintain, and may release sediment into the drain when removed. Above-ground solutions, like Catch Basin Donuts, provide visible, easy-to-clean protection.

Yes, but it depends on the product. Above-ground solutions like Catch Basin Donuts are designed to allow water flow while protecting the drain, making them suitable for high-traffic zones without disrupting water drainage.

Place the donut around the drain. Ensure it sits flush on the pavement to allow proper drainage. Inspect regularly to remove accumulated debris.

Regular maintenance is crucial. Inspect and clean at least once a month or after heavy rain events to prevent clogging and ensure effectiveness.

Remove large debris manually. Use a broom or blower to clear sediment. If necessary, rinse with water while ensuring runoff is directed to a controlled area.

No, they are designed to allow water to flow while filtering out debris. Proper installation and maintenance ensures effective drainage without pooling water.

It depends on the material and conditions. Above-ground solutions like BMP’s Catch Basin Donuts are durable and can last multiple seasons with proper maintenance.

Yes, they help prevent pollutants from entering stormwater systems, protecting the environment. Some products are also made from recycled or biodegradable materials.

Consider factors such as: Expected sediment load Drain size and location Maintenance frequency Compliance requirements for your area

Yes, construction sites typically require sediment-heavy protection like silt bags or donuts, while industrial areas may need oil-absorbent filters or specialized filtration media.

BMP Supplies and other erosion control suppliers offer bulk purchasing options for contractors, municipalities, and industrial facilities. Ordering in bulk ensures cost savings and availability for large projects.