Hydraulically applied erosion control products In greenville, Texas and Surrounding areas

• Bonded Fiber Matrix (BFM): Bonded Fiber Matrix is a hydraulic erosion control product consisting of a mixture of organic or synthetic fibers, tackifiers, stabilizers, and other additives. When mixed with water and applied to soil surfaces, BFM forms a protective layer that binds soil particles together, reduces surface runoff, and enhances soil stability. BFM products are commonly used for slope stabilization, revegetation, and erosion control on steep slopes, roadside embankments, and construction sites.​  
• Flexible Growth Media (FGM): Flexible Growth Media is a hydraulic erosion control product designed to provide a supportive environment for vegetation establishment and growth. FGM typically consists of a blend of organic or synthetic fibers, soil amendments, nutrients, and mulch materials. When mixed with water and sprayed onto soil surfaces, FGM forms a porous, absorbent layer that retains moisture, promotes seed germination, and supports plant growth. FGM products are used for revegetation, slope stabilization, and erosion control in environmentally sensitive areas, such as streambanks, wetlands, and restoration sites.

Bonded fiber matrix mulch being applied to a pond dam in North Texas.

Soil Retention Blankets in greenville, Texas and surrounding areas

Soil retention blankets, also known as erosion control blankets or sediment control blankets, are materials used to stabilize soil and prevent erosion on slopes, embankments, and other areas prone to soil loss. These blankets are designed to provide temporary protection for newly seeded or disturbed soil surfaces until vegetation becomes established and root systems develop to anchor the soil in place.
Soil retention blankets typically consist of biodegradable or synthetic materials arranged in layers to form a protective barrier over the soil surface. The main components of soil retention blankets include:

1. Outer Covering: The outer layer of soil retention blankets is typically made from woven or non-woven geotextile fabric, straw, coconut fibers, jute, or synthetic materials such as polypropylene or polyethylene. This outer covering helps protect the underlying soil from erosion, UV degradation, and physical damage while allowing air and water to penetrate.
2. Inner Matrix: Beneath the outer covering, soil retention blankets contain an inner matrix or core made from organic materials such as straw, wood fibers, coconut fibers, or synthetic materials like synthetic fibers or polypropylene. This matrix provides additional structural support and serves as a medium for seed germination and plant growth.
3. Netting: Some soil retention blankets feature netting or mesh reinforcement embedded within the outer covering or integrated into the inner matrix. The netting helps hold the blanket together and provides additional support for the soil and vegetation. Netting can be made from biodegradable materials such as jute or synthetic materials like polypropylene or polyethylene.

Soil retention blankets are available in various types and configurations to suit different erosion control needs and environmental conditions. Common types of soil retention blankets include:

• Single Net Blankets: Single net blankets consist of a single layer of erosion control material with netting on one side. These blankets are lightweight and easy to install, making them suitable for temporary erosion control on gentle slopes and low-impact sites.
• Double Net Blankets: Double net blankets feature netting on both sides of the erosion control material, providing increased durability and stability. These blankets are ideal for moderate to steep slopes, high-flow areas, and sites with heavy rainfall or runoff.
• High-Strength Blankets: High-strength blankets are reinforced with additional layers of netting or thicker outer coverings to withstand harsh environmental conditions, high-flow velocities, and prolonged exposure to UV radiation. These blankets are used for erosion control in challenging terrain, construction sites, and environmentally sensitive areas.

Soil retention blankets are typically installed by unrolling the blanket over the soil surface and securing it in place using stakes, staples, or other anchoring methods. Once installed, the blanket helps reduce surface runoff, minimize soil erosion, promote seed germination, and support vegetation establishment, ultimately contributing to the long-term stability and sustainability of the site

Soil retention blankets installed on a dam for a North Texas property owner.

Soil retention blankets installed on a slope on a property near Paris, Texas.