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Construction Site Erosion Control Contractor - Texoma Excavation & Construction – Texomaland & North Texas
Construction Site Erosion Control - Texoma Excavation & Construction – Texomaland & North Texas

Construction Site Erosion Control

Erosion Prevention & Repair Excavation Services

Construction Site Erosion Control

Erosion Prevention & Repair Excavation Services

As a company that provides construction site erosion control services, Texoma Excavation & Construction prioritizes the preservation of your land. We understand that construction sites are particularly susceptible to soil erosion, given their exposure to the harsh elements of weather. This vulnerability necessitates a comprehensive approach that encompasses meticulous planning, thoughtful design, precise implementation, and diligent monitoring.

Our primary objective is to prevent soil erosion at the outset, thereby safeguarding your property from the detrimental impacts of weather. However, we recognize that even under the most favorable conditions, some degree of soil erosion is inevitable, particularly for long-term construction projects.

In more challenging scenarios, such as when a construction site is abandoned due to economic constraints, our focus shifts to repairing the damage and preventing future harm once operations resume. Regardless of the situation, our strategies for both prevention and repair are rooted in the same principles, utilizing identical materials and processes.

We are committed to providing you with solutions that are not only effective but also sustainable, ensuring the longevity of your construction site. Trust us to protect your land today for a safer and more secure tomorrow.

Construction Site Erosion Control - Texoma Excavation & Construction – Texomaland & North Texas
Construction Site Erosion Control - Texoma Excavation & Construction – Texomaland & North Texas

Erosion Control Planning

Conduct a Site Assessment

To plan a project in an area with hills and unstable soil, a construction company should first conduct a site assessment to identify the soil types, slope gradients, drainage patterns, erosion hazards, and environmental sensitivities of the area.

  • Based on the assessment, the company should develop an erosion and sediment control plan (ESCP) that specifies the objectives, methods, and performance criteria for minimizing soil erosion and sediment transport during and after construction.
  • The ESCP should also include a contingency plan for emergency situations, such as heavy rainfall or slope failure.
  • The ESCP should be reviewed and approved by the relevant authorities before construction begins.
Construction Site Erosion Control Soil Test - Texoma Excavation & Construction – Texomaland & North Texas

Obtain Topographical & Soil Condition Details

  • To get information about the topography and soil conditions of the area, a construction company can use various sources, such as soil maps, aerial photographs, satellite images, topographic surveys, geotechnical investigations, and field tests.
  • Some of these sources can be accessed online from public databases or websites, such as the Web Soil Survey [1] or the Soil Geographic Databases [2].
  • Others may require hiring professional consultants or contractors to collect and analyze the data.
  • The level of detail and accuracy of the information depends on the scale and complexity of the project, as well as the regulatory requirements and standards.

Follow EPA Best Management Practices:

To minimize or eliminate soil erosion from stormwater runoff, a construction company should follow the best management practices (BMPs) recommended by the U.S. Environmental Protection Agency (EPA) or other relevant agencies. Some of the BMPs include:

Construction Site Erosion Control Soil Test - Texoma Excavation & Construction – Texomaland & North Texas
  • Diverting runoff away from disturbed areas using ditches, berms, pipes, or other devices.
  • Stabilizing exposed soil surfaces using mulch, vegetation, geotextiles, or other materials.
  • Installing erosion control barriers, such as silt fences, fiber rolls, or straw bales, along the perimeter of disturbed areas or along the contours of slopes to trap sediment and reduce runoff velocity.
  • Controlling the amount and frequency of watering or irrigation to avoid excessive runoff or ponding.
  • Maintaining and inspecting the erosion and sediment control measures regularly and repairing or replacing them as needed.
  • Restoring the disturbed areas to their original or improved condition as soon as possible after construction is completed.
Soil Stabilization: Improving Soil Strength & Durability - Texoma Excavation & Construction – Texomaland & North Texas
Soil Stabilization: Improving Soil Strength & Durability - Texoma Excavation & Construction – Texomaland & North Texas

Soil Stabilization: Improving Soil Strength & Durability

Soil stabilization is a method of improving the strength, stability, and durability of soil by adding and mixing other materials to it. Soil stabilization can be achieved by various methods, such as mechanical, chemical, cement, lime, bitumen, or biological. The method used depends on the type and properties of the soil, the intended use and function of the stabilized soil, the availability and cost of the materials, and the environmental impacts and benefits of the method.

Some of the advantages of Soil Stabilization are:

  • It reduces soil erosion and sedimentation by increasing the resistance of the soil to water and wind forces.
  • It enhances the bearing capacity and load distribution of the soil, which can reduce the thickness and cost of pavement layers or foundations.
  • It improves the drainage and permeability of the soil, which can prevent waterlogging or flooding problems.
  • It increases the durability and longevity of the soil, which can reduce the maintenance and repair costs.

Zoning & Government Programs & Regulations

There are various zoning or government programs or guarantees that can bind builders to being responsible for soil erosion from construction sites.

  • The Clean Water Act of 1972, which regulates the discharge of pollutants, including sediment, into the waters of the United States. Under this act, construction activities that disturb one or more acres of land are required to obtain a National Pollutant Discharge Elimination System (NPDES) permit and implement a stormwater pollution prevention plan (SWPPP) that includes erosion and sediment control measures.
  • The Coastal Zone Act Reauthorization Amendments of 1990, which require coastal states to develop and implement nonpoint source pollution control programs that include management measures for construction site erosion and sediment control.
  • The local ordinances or codes that can be used to require erosion and sediment control practices within a community. These may include design standards, procedures for design review, inspections, and enforcement.

Erosion Control Barriers

Construction Site Erosion Control Barriers - Texoma Excavation & Construction – Texomaland & North Texas

Types of Erosion Control Barriers

Erosion control barriers are devices or structures that are installed across the slope or along the edge of disturbed areas to reduce or prevent soil erosion and sediment transport by stormwater runoff.

There are different types of erosion control barriers, such as:

  • Check dams: Small dams that are constructed across drainage channels or ditches to reduce runoff velocity and promote sediment deposition [31].
  • Erosion control blankets (ECBs): Natural or synthetic blankets that are laid over the soil surface and seeded or vegetated to protect the soil and vegetation from erosion by water or wind [39].
  • Fiber rolls: Cylindrical rolls of natural or synthetic fibers that are placed along the contours of slopes or around the perimeter of disturbed areas to reduce runoff velocity and filter sediment [29].
  • Gabions: Wire mesh baskets that are filled with stones or rocks and stacked or linked together to form a flexible wall or slope that resists erosion by water or wind [38].
Erosion Control Barriers - Silt Fences - Texoma Excavation & Construction
  • Geotextiles: Synthetic fabrics that are laid over the soil surface or buried in the soil to reinforce, separate, filter, or drain the soil [13].
  • Geogrids: Synthetic meshes that are laid over or within the soil to reinforce or stabilize the soil [14].
  • Geocells: Synthetic cells that are filled with soil, gravel, or other materials to form a three-dimensional honeycomb structure that supports and confines the soil [7].
  • Geonets: Synthetic nets that are laid over or within the soil to drain or collect water or gas from the soil [36].
  • Geomembranes: Synthetic sheets that are laid over or within the soil to act as a barrier or liner to prevent the infiltration or leakage of water or contaminants from or into the soil [15].
  • Geocomposites: Synthetic products that combine two or more geosynthetics, such as geotextiles, geogrids, geonets, or geomembranes, to perform multiple functions, such as reinforcement, separation, filtration, drainage, or barrier [37].
  • Hydroseeding: A method of applying a mixture of water, seeds, fertilizer, mulch, and tackifier to the soil surface using a spray nozzle or a hose. Hydroseeding can provide a uniform and rapid cover of vegetation on the soil, which can reduce soil erosion and improve soil quality [27].
  • Inlet protection: Devices or structures that are installed around storm drain inlets or culverts to prevent or reduce the entry of sediment or debris into the drainage system [32].
  • Riprap: Coarse stones or rocks that are placed over the soil surface to protect the soil from erosion by water or wind [16].
  • Silt fences: Synthetic fabrics that are attached to wooden or metal posts and installed along the downhill or down-slope edge of disturbed areas to intercept and detain sediment-laden runoff [28].
  • Straw bales: Rectangular bales of straw that are placed along the contours of slopes or around the perimeter of disturbed areas to reduce runoff velocity and filter sediment [30].
  • Turf reinforcement mats (TRMs): Synthetic or natural mats that are laid over the soil surface and seeded or vegetated to enhance the growth and protection of vegetation on the soil [25].
Construction Site Erosion Control Barriers - Texoma Excavation & Construction – Texomaland & North Texas
Construction Site Erosion Control Barriers - Texoma Excavation & Construction – Texomaland & North Texas

Selection of Specific Types of Erosion Control Barriers

The construction site circumstances that call for a particular type of erosion control barrier depends on several factors, such as the soil type, slope gradient, runoff volume, sediment load, vegetation cover, site layout, project duration, environmental sensitivity, and regulatory requirements. Generally, the following guidelines can be followed to select the appropriate erosion control barrier:

  • For flat or gentle slopes (<10%): with low runoff and sediment potential, use geotextiles, geogrids, geocells, geonets, geomembranes, geocomposites, riprap, gabions, TRMs, ECBs, hydroseeding, or silt fences.
  • For moderate or steep slopes (10-50%): with moderate to high runoff and sediment potential, use geotextiles, geogrids, geocells, geonets, geomembranes, geocomposites, riprap, gabions, TRMs, ECBs, hydroseeding, silt fences, fiber rolls, straw bales, or check dams.
  • For very steep or vertical slopes (>50%): with high to very high runoff and sediment potential, use geotextiles, geogrids, geocells, geon

Erosion Control Services & Solutions:

Farm & Ranch Soil Erosion Restoration & Repair

Texoma Excavation & Construction is an excavation company and erosion control contractor specializing in construction site erosion control. We design, implement, and maintain residential, commercial, and construction site erosion control plans. We use a variety of techniques to prevent soil erosion, including vegetation, retaining walls, and a variety of drainage systems for the job. [read more]

Residential & Commercial Soil Erosion Restoration & Repair

Texoma Excavation & Construction is an excavation company and erosion control contractor specializing in construction site erosion control. We design, implement, and maintain residential, commercial, and construction site erosion control plans. We use a variety of techniques to prevent soil erosion, including vegetation, retaining walls, and a variety of drainage systems for the job. [read more]

Construction Site Erosion Control

Texoma Excavation & Construction is an excavation company and erosion control contractor specializing in construction site erosion control. We design, implement, and maintain residential, commercial, and construction site erosion control plans. We use a variety of techniques to prevent soil erosion, including vegetation, retaining walls, and a variety of drainage systems for the job. [read more]

Rainscaping: Manage Rainwater Where it Falls with style!

Rainscaping is a term that emerged in 2008 describing a variety of practices that manage stormwater runoff in a sustainable and aesthetic way. Rainscaping is any combination of plantings, water features, catch basins, and other activities that manage stormwater as close as possible to where it falls, rather than moving it someplace else. [read more]

Naturescape Landscaping

Naturescape landscaping involves using simple techniques that mimic nature, such as using native plants, creating diversity, avoiding chemicals, and incorporating natural features. Naturescape landscaping can make your yard a safe and healthy place for children, pets, and wildlife, as well as save you time and money by reducing water, energy, and maintenance needs. [read more]

Landscape Grading & Excavating Contractor Services

Texoma Excavation and Construction Company’s landscape grading and excavation services involve leveling or sloping the land around a property to improve its appearance, functionality, and drainage. Landscape grading can help prevent water damage, soil erosion, flooding, and other problems caused by poor drainage or uneven terrain. [read more]

Drainage Solutions for Yard & Landscaping

If you’re experiencing poor drainage on your property, it’s important to address the issue promptly to prevent further damage and potential safety hazards. Texoma Excavation & Construction can help identify the root cause of your drainage problems and provide effective solutions to keep your property safe and well-maintained.

Erosion Control Related Topics:

Overgrazing: Farm & Ranch Soil Erosion

Overgrazing can lead to severe soil erosion and degradation on ranches and farms, impacting not only the land but also waterways and biodiversity. This soil erosion can be caused by grazing cattle, horses, & other livestock. When these animals graze, they can cause physical damage to the soil, especially when the soil is wet. [read more]

What is an Erosion & Sedimentation Control Plan?

An Erosion and Sediment Control Plan (ESCP) document describes the measures and practices to prevent or minimize soil erosion and sedimentation during construction activities. In Texas, this is required for construction projects disturbing one acre or more, or is part of a larger common development plan of one acre or more of land. [read more]

Use Permeable Pavements to Reduce Hardscape Stormwater Runoff

Permeable pavement materials are used in rainscaping for walking paths and other purposes such as driveways, parking areas, patios, tennis courts and even streets. Rainscaping refers to any combination of plantings, water features, catch basins, permeable pavements and other methods of managing stormwater as close as possible to where it falls, rather than moving it someplace else. [read more]

Soil Erosion Types & Solutions

Soil erosion is the process by which soil is removed from the land surface by wind, water, or other geological agents. This discussion focuses on erosion caused by stormwater runoff. Various types of poor land management practices, including overgrazing, deforestation, overgrazing, intensive farming practices, and construction work, lead to avoidable soil erosion. [read more]

French Drain Systems

A French drain system (also known as a “subsurface drain”, a “weeping tile”, or a “rock drain”) is a trench filled with gravel or rock, with a perforated pipe embedded in the gravel at an angle so that gravity carries water away from the home. From what is visible, a French drain looks like a rock drainage ditch. When done well, it appears to be a nice hardscaping element. [read more]

811 Call Before You Dig Underground Utilities

Call before you dig underground utilities for any type construction project. This is the law, and it's there to protect your property and any workers from hitting buried utilities. By calling 811, you can create a notification that will be sent to all the utility companies that are within your work area, instead of searching for multiple utility companies and notifying each one about your project. [read more]

Resources

    Coming soon.

Cattle Guards: Managing Livestock Movement Between Pastures - Farm & Ranch Soil Erosion Overgrazing Risk - Texoma Excavation & Construction – Texomaland & North Texas

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Used in livestock management, particularly in controlling the movement of cattle across different grazing areas. They play a crucial role in preventing overgrazing and managing cattle grazing where cattle have access to more than one pasture. 

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Farm & Ranch Soil Erosion Overgrazing Risk - Texoma Excavation & Construction – Texomaland & North Texas

Types of Erosion Affecting
Ranches & Farms

Ranches and farms are particularly vulnerable to all forms of erosion, with sheet and gully erosion being the most prevalent. These types of erosion can have significant impacts on the productivity and sustainability of these agricultural lands. 

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Tillage Erosion - Texoma Excavation & Construction – Texomaland & North Texas

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Caused by the movement of soil during tillage, it involves three distinct actions: soil detachment by the use of a tool, redistribution of the soil through movement, and deposition of the soil elsewhere.

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Construction Site Erosion Control - Texoma Excavation & Construction – Texomaland & North Texas

Construction Site Erosion Control

Construction sites are particularly susceptible to soil erosion, given their exposure to the harsh elements of weather. This vulnerability necessitates a comprehensive approach that encompasses meticulous planning, thoughtful design, precise implementation, and diligent monitoring.

LEARN MORE
Effects of various Erosion Types on Homes and Businesses - Texoma Excavation & Construction – Texomaland & North Texas

Effects of Erosion Types
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The most prevalent types of soil erosion effecting Residential and commercial properties are sheetsheet and rill erosion, primarily caused by stormwater runoff from impervious surfaces, also referred to as hardscapes. These include roofs, driveways, patios, decks, and adjacent streets.

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Permanent Pavement Benefits - Texoma Excavation & Construction – Texomaland & North Texas - Texoma Excavation & Construction – Texomaland & North Texas

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Describes the benefits of various types of permanent pavement materials including stormwater runoff reduction, reduces strain on sewer systems, reduces need for road salt and drainage features, and more.

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2024-04-23T14:36:48+00:00
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