Get help with your surface water management needs. Fill out the form above and we will connect you with local pros in your area. Surface water management is a crucial aspect of environmental sustainability, and to effectively manage surface water, a range of tools and materials are required. Stormwater management systems play a vital role in this process, and they encompass a variety of products such as catch basins, stormwater filters, inlet protection devices, and oil-water separators. These tools help to capture and treat stormwater runoff, preventing pollutants from entering water bodies and reducing the risk of flooding. Additionally, permeable pavement is an excellent material for surface water management, as it allows water to infiltrate into the ground, reducing runoff and promoting groundwater recharge. Rain gardens are another valuable tool, as they are designed to collect and absorb stormwater, providing an aesthetically pleasing and environmentally friendly solution. Bio-retention systems are also commonly used in surface water management, as they utilize vegetation and engineered soils to filter pollutants and slow down stormwater flow. Other essential materials for surface water management include geotextiles, erosion control blankets, silt fences, and sediment basins, which help to control erosion, trap sediment, and prevent soil erosion into water bodies. By employing these tools and materials, surface water management can be effectively implemented, promoting a healthier and more sustainable environment.

Stormwater Management Systems

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Stormwater management systems are designed to effectively manage and control the flow of stormwater, which includes rainwater and melted snow, to minimize flooding, erosion, and pollution. These systems play a crucial role in surface water management by capturing, treating, and storing stormwater runoff before it enters natural water bodies or the public sewer system. By employing various techniques such as detention ponds, bioretention areas, permeable pavements, and green roofs, stormwater management systems help to mitigate the adverse effects of urbanization on surface water. They promote infiltration, filtration, and evapotranspiration of stormwater, reducing the volume and velocity of runoff, and improving the quality of water before it reaches rivers, lakes, and oceans. These systems also contribute to sustainable development by preserving the natural hydrological cycle and supporting the replenishment of groundwater resources. Additionally, they enhance the aesthetic appeal of urban landscapes by incorporating green spaces and vegetation, creating a harmonious balance between human activities and the environment. In summary, stormwater management systems are indispensable tools for surface water management, ensuring the efficient and sustainable handling of stormwater runoff while safeguarding the health and integrity of our water bodies.

Catch Basins

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Catch basins are an essential component of surface water management systems. These specially designed structures are used to collect and control excess rainwater or runoff from paved surfaces, such as roads, parking lots, and sidewalks. Catch basins are typically installed at low points or along the edges of these surfaces, acting as collection points for water. The primary function of catch basins is to prevent flooding and minimize erosion by efficiently channeling water away from the surface and into the underground drainage system. They feature grates or openings that allow water to enter while capturing debris and sediment, preventing clogging of the drainage system. Catch basins also play a crucial role in water quality management. By capturing runoff, they help remove pollutants, such as oil, grease, and sediment, before the water reaches streams, rivers, or other bodies of water. This helps protect the environment and maintain the quality of our water resources. Overall, catch basins are indispensable in surface water management, providing effective drainage, flood prevention, erosion control, and pollution reduction. Their strategic placement and design ensure the efficient and sustainable management of surface water, safeguarding infrastructure and the environment.

Stormwater Filters

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Stormwater filters are an essential tool for effective surface water management. Designed to remove pollutants and contaminants from stormwater runoff, these filters play a crucial role in preventing water pollution and maintaining the health of our ecosystems. By capturing and treating stormwater before it enters natural water bodies or municipal systems, stormwater filters help reduce the negative impact of pollutants such as sediments, oils, heavy metals, and nutrients on our water resources. With their ability to efficiently remove pollutants, stormwater filters contribute to improving water quality, protecting aquatic life, and ensuring sustainable surface water management practices.

Inlet Protection Devices

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Inlet protection devices are essential tools in surface water management, designed to prevent sediment and other pollutants from entering stormwater drainage systems. These devices are strategically placed near stormwater inlets, such as catch basins or curb openings, to capture and filter out debris, sediment, and other pollutants that would otherwise flow into the drainage system. By effectively trapping and retaining sediment and pollutants, inlet protection devices help maintain the quality of surface water by reducing the amount of contaminants that enter streams, rivers, and other bodies of water. They play a crucial role in preventing erosion, protecting aquatic habitats, and preserving the overall health of ecosystems. Inlet protection devices come in various forms, including sediment bags, sediment traps, filter socks, and sediment basins. These devices are typically made of durable materials that allow water to pass through while capturing sediment particles and pollutants. Regular inspection and maintenance are necessary to ensure their proper functioning and prevent clogging. Overall, the use of inlet protection devices is a proactive approach to surface water management, promoting cleaner and healthier waterways by minimizing the impact of sediment and pollutants on the environment.

Oil-water Separators

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Oil-water separators are essential tools for effective surface water management. They are specifically designed to remove oil, grease, and other hydrocarbons from contaminated water, ensuring compliance with environmental regulations and preventing pollution. These separators work by utilizing the differences in density between oil and water, allowing the oil to rise to the surface while the water is discharged or further treated. In surface water management, oil-water separators are commonly used in various industries and settings, such as industrial facilities, parking lots, airports, and construction sites. They help prevent oil and other pollutants from entering stormwater runoff, which can ultimately flow into rivers, lakes, or other bodies of water. By efficiently separating oil from water, these separators play a crucial role in safeguarding the environment and protecting aquatic ecosystems. They contribute to maintaining water quality, reducing the risk of contamination, and promoting sustainable water management practices. In summary, oil-water separators are indispensable tools for surface water management, enabling the removal of oil and other pollutants from contaminated water, thereby ensuring compliance with regulations and preserving the integrity of our natural water resources.

Permeable Pavement

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Permeable pavement is an innovative solution for surface water management that allows rainwater to infiltrate through the pavement surface and into the underlying soil. This environmentally-friendly technique helps to reduce stormwater runoff and alleviate issues related to flooding and water pollution. By using permeable pavement, surface water is effectively managed as it is naturally filtered and treated by the soil, removing pollutants and contaminants before reaching groundwater sources. This sustainable approach also helps to replenish local aquifers and maintain the natural water cycle. Permeable pavement can be utilized in various applications, including parking lots, driveways, sidewalks, and even roadways. It is designed with a porous structure, allowing water to pass through and be stored within the pavement layers, where it is gradually released into the ground or directed to nearby drainage systems. In addition to its water management benefits, permeable pavement offers other advantages such as improved safety by reducing surface water accumulation and minimizing the risk of hydroplaning. It also helps to mitigate the urban heat island effect by allowing rainwater to evaporate, which cools the surrounding environment. Overall, permeable pavement is an effective and sustainable solution for surface water management, promoting water conservation, reducing runoff, and contributing to a healthier and more resilient urban environment.

Rain Gardens

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Rain gardens are a sustainable and visually appealing solution for surface water management. These specially designed gardens are strategically placed to capture and absorb rainwater runoff from rooftops, driveways, and other impervious surfaces. By directing stormwater into the rain garden, it allows the water to slowly infiltrate the soil, reducing the amount of runoff that enters storm drains and local water bodies. Rain gardens are typically planted with native vegetation that has deep roots, helping to enhance the absorption capacity of the garden. The plants also act as natural filters, removing pollutants and sediments from the stormwater before it seeps into the ground. This process helps to improve water quality and reduce the strain on municipal stormwater systems. In addition to their functional benefits, rain gardens also offer aesthetic appeal and can enhance the overall landscape design. They provide habitat for birds, butterflies, and other wildlife, creating a mini-ecosystem within your property. By incorporating rain gardens into surface water management plans, property owners can contribute to sustainable water management practices, reduce the risk of flooding, and promote biodiversity.

Bio-retention Systems

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Bio-retention systems are innovative and sustainable solutions for surface water management. These systems are designed to capture, treat, and store stormwater runoff, reducing the impact of urbanization on water quality and quantity. By utilizing natural processes and vegetation, bio-retention systems help to mimic the natural water cycle, allowing for the infiltration, evaporation, and transpiration of stormwater. These systems typically consist of engineered depressions or basins that are filled with a combination of specially designed soil, organic matter, and native plants. As stormwater enters the bio-retention area, it is temporarily stored, allowing sedimentation and filtration to occur. The soil and vegetation then work together to remove pollutants, such as heavy metals and nutrients, through a process called bioretention. This helps to improve the quality of the water before it is slowly released into the surrounding environment or directed to other water bodies. Bio-retention systems offer numerous benefits for surface water management. They effectively reduce stormwater runoff, alleviating the strain on existing drainage systems and reducing the risk of flooding. Additionally, these systems help to recharge groundwater by promoting infiltration, which can enhance water availability during dry periods. Furthermore, bio-retention systems create attractive green spaces that enhance the aesthetic appeal of urban areas while providing habitat for wildlife. Overall, bio-retention systems are a sustainable and eco-friendly approach to surface water management, offering a range of benefits for both the environment and communities.

Geotextiles

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Geotextiles are versatile and effective materials that can be used for surface water management. These specialized fabrics are designed to filter, separate, reinforce, and drain water in various applications. When it comes to surface water management, geotextiles can be used in several ways. Firstly, geotextiles can be employed as a filtration layer to prevent the clogging of drainage systems. By placing geotextiles between the soil and drainage pipes, they act as a barrier, allowing water to pass through while filtering out fine particles and preventing soil erosion. Secondly, geotextiles can serve as a separation layer between different soil types or materials. This is particularly useful in areas where there is a need to prevent the mixing of different layers, such as in road construction or landfills. By providing a stable separation, geotextiles maintain the integrity of the layers and enhance the overall performance of the surface water management system. Furthermore, geotextiles can be used as reinforcement materials to improve the strength and stability of soil structures. They can be installed to reinforce embankments, slopes, or retaining walls, preventing soil erosion and enhancing the overall resilience of the surface water management infrastructure. Lastly, geotextiles can also function as drainage materials, facilitating the efficient removal of excess water from the surface. By incorporating geotextiles into drainage systems, water can be effectively channeled away, preventing flooding and waterlogging. In summary, geotextiles play a crucial role in surface water management by providing filtration, separation, reinforcement, and drainage capabilities. Their versatility and effectiveness make them a valuable tool in maintaining efficient and sustainable water management systems.

Erosion Control Blankets

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Erosion control blankets are versatile and effective tools used in surface water management. These specialized blankets are designed to stabilize soil and prevent erosion, making them ideal for managing surface water runoff. By placing erosion control blankets on slopes, embankments, or areas prone to erosion, they create a protective barrier that helps retain soil and control the flow of surface water. These blankets work by allowing water to pass through while trapping sediment and preventing its movement downstream. This not only helps to minimize soil erosion but also reduces the risk of sediment pollution in nearby water bodies. Erosion control blankets also promote vegetation growth, as they provide an optimal environment for seeds to germinate and establish root systems. The vegetation further aids in managing surface water by absorbing excess moisture and reducing runoff. In summary, erosion control blankets are an essential component of surface water management strategies. They provide effective erosion control, sediment retention, and promote vegetation growth, ultimately helping to maintain the integrity of landscapes and minimize the impact of surface water runoff.

Silt Fences

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Silt fences are an effective solution for managing surface water in various applications. These fences are typically made of geotextile fabric and are installed along the contour of the land to control the flow of sediment-laden water. They act as a barrier, allowing water to pass through while trapping sediment and preventing it from entering nearby water bodies. Silt fences are commonly used in construction sites, roadways, and other areas where soil erosion and sediment runoff are concerns. By strategically placing silt fences, they help prevent soil erosion by slowing down the flow of water, allowing sediments to settle, and reducing the amount of sediment carried away by runoff. These fences play a crucial role in surface water management by protecting water quality, preventing contamination of nearby streams, rivers, and lakes. They are an environmentally friendly solution that helps comply with regulations and best practices for erosion control. Overall, silt fences are an essential tool for surface water management, providing an effective and cost-efficient means of controlling sediment runoff and protecting our valuable water resources.

Sediment Basins

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Sediment basins are essential components of surface water management systems. They are designed to capture and retain sediment, preventing it from entering nearby water bodies such as rivers, lakes, or streams. Sediment basins are typically constructed at the outlets of construction sites, industrial facilities, or agricultural areas where soil erosion is prevalent. By collecting sediment-laden runoff, sediment basins help to maintain water quality and protect downstream ecosystems. These basins work by allowing water to flow into a large, shallow area, which slows down the velocity of the water. As the water slows, sediment settles to the bottom of the basin, while cleaner water is discharged through an outlet structure. The sediment retained in these basins plays a crucial role in preventing excessive sedimentation in natural water bodies. Sediment can have detrimental effects on aquatic habitats, including the destruction of spawning grounds, smothering of aquatic plants, and reduced water clarity. By effectively capturing and containing sediment, sediment basins contribute to the overall management and conservation of surface water resources. Additionally, sediment basins can be designed with additional features such as sediment forebays, which act as an initial settling area to further enhance sediment removal efficiency. Regular maintenance and sediment removal from these basins are necessary to ensure their continued effectiveness in surface water management. In summary, sediment basins are valuable tools for surface water management, providing an effective means of controlling sediment runoff and preserving the quality of our natural waterways.