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Stormwater Shoreline Restoration & Pond Dredging

Stormwater Management

Stormwater shoreline restoration and dredging services restore detention ponds, wet ponds, and stormwater control measures (SCMs) to full hydraulic and treatment capacity. Sediment accumulation, bank erosion, and shoreline failure reduce water quality performance and increase regulatory risk. Our dredging process removes accumulated sediment, restores design volume, and improves pollutant removal efficiency. Bank stabilization, riprap installation, and vegetative reinforcement protect embankments while ensuring long-term stormwater compliance and asset longevity.

Pond Dredging & Shoreline Erosion Repair

Pond Dredging

Improved Water Quality & Aquatic Health

Pond dredging removes organic sludge, excess nutrients like nitrogen and phosphorus, and accumulated sediment that degrade water quality. By reducing nutrient loading, dredging improves oxygen levels, minimizes odors, and lowers the risk of harmful algae blooms and fish kills. The result is clearer water and a healthier aquatic ecosystem that supports long-term stormwater treatment performance.


Restored Capacity & Flood Protection

Sediment buildup reduces pond depth, storage volume, and stormwater retention capacity over time. Dredging restores original design elevations, increases hydraulic capacity, and improves overall stormwater management performance. This helps prevent overflows, protects surrounding property, and ensures continued compliance with detention and retention basin requirements.


Shoreline Stability & Property Value

Excess sediment and fluctuating water levels contribute to shoreline erosion and unstable embankments. Dredging supports bank stabilization efforts, improves slope integrity, and allows for shoreline restructuring when needed. The result is a more attractive, functional pond that enhances property value while protecting critical stormwater infrastructure.

Mechanical dredging of stormwater detention pond to remove sediment and restore storage capacity
Stormwater forebay sediment excavation to maintain SCM pretreatment function

Shoreline Restoration

Stormwater pond shoreline restoration with riprap installation for erosion control and bank stabilization
Native vegetation installation along stormwater basin shoreline for erosion control and water quality enhancement

Erosion Control & Storm Protection

Shoreline restoration stabilizes banks using native vegetation, root systems, and natural reinforcement materials that anchor soil and absorb wave energy. Unlike rigid bulkheads, living shorelines adapt over time and provide long-term erosion control. These natural buffers also reduce storm surge impact and help protect adjacent property from flood damage.


Improved Water Quality & Filtration

Restored shorelines filter nutrients, sediment, and stormwater pollutants before they enter ponds, lakes, or coastal waters. Native plantings reduce runoff velocity, minimizing turbidity and nutrient loading that contribute to algae blooms. This enhances overall water quality and supports long-term aquatic health.


Habitat Enhancement & Property Value

Living shoreline restoration creates habitat for fish, crabs, birds, and other wildlife while protecting spawning and nursery areas. Healthy, stabilized shorelines improve the aesthetic appeal and ecological function of waterfront properties. In addition to environmental benefits, shoreline restoration can increase property value and support recreation and tourism.

Stormwater Systems We Maintain

Catch Basins, Inlets, Frames & Grates
Stormwater maintenance of catch basins, inlets, frames, and grates removes sediment and debris, restores hydraulic flow, prevents blockages, and ensures regulatory compliance.

Detention Ponds
Regular stormwater maintenance of detention ponds removes accumulated sediment, cleans outlet structures, and preserves storage capacity and peak flow control for effective flood management.

Retention Ponds
Stormwater maintenance of retention ponds maintains permanent pool conditions, clears debris, supports pollutant settling, and ensures long-term water quality performance.

Grassed & Rip Rap Swales
Stormwater maintenance of grassed and riprap swales stabilizes erosion, removes sediment, and preserves vegetation to protect hydraulic flow and site compliance.

Hydrodynamic Separators
Routine maintenance of hydrodynamic separators removes sediment, trash, and hydrocarbons to restore pollutant removal efficiency and optimal system performance.

Level Spreaders
Stormwater maintenance of level spreaders ensures even runoff distribution, prevents channelized flow, and protects downstream soils and vegetation.

Outfalls
Stormwater maintenance of outfalls removes debris, repairs structural issues, and stabilizes discharge points to prevent scour and maintain regulatory compliance.

Proprietary Stormwater Systems
Maintenance of proprietary stormwater systems restores filtration media, clears blockages, and preserves hydraulic performance and permit compliance.

Storm Sewer Systems
Stormwater maintenance of storm sewer systems clears pipes, removes sediment, and repairs joints to restore proper drainage and hydraulic efficiency.

Stormwater Infiltration Assets
Regular stormwater maintenance of infiltration assets improves soil permeability, restores runoff percolation, and ensures groundwater recharge and compliance.

Stormwater Vaults
Stormwater maintenance of underground vaults removes sediment, repairs structural components, and restores storage and treatment capacity for efficient system operation.

Debris Collection Devices
Routine maintenance of debris collection devices removes trash and floatables, protects downstream stormwater infrastructure, and ensures system efficiency.

Underground Stormwater Assets
Stormwater maintenance of underground assets—including pipes, chambers, and vaults—restores hydraulic performance, structural integrity, and compliance.

Above Ground Stormwater Assets
Stormwater maintenance of above ground assets stabilizes erosion, removes debris, and ensures accessible and compliant system operation.

Permeable Pavement
Routine stormwater maintenance of permeable pavement removes surface clogging, restores infiltration capacity, and maintains stormwater treatment efficiency.

Sand Filters
Stormwater maintenance of sand filters replaces clogged media, removes accumulated sediment, and restores filtration efficiency for pollutant removal and regulatory compliance.

Routine/Quarterly Inspections

Routine quarterly inspections of stormwater control measures identify sediment accumulation, debris, erosion, and vegetation issues before they impact system performance. These inspections help maintain compliance, extend SCM life, and ensure effective stormwater management year-round.

Post-Storm Inspections

Post-storm inspections are conducted after significant rainfall events to assess SCM functionality, identify immediate damage, and address any safety or operational concerns. Prompt evaluation after storms prevents flooding, erosion, and costly downstream repairs.

Annual Certified Inspections

Annual certified inspections verify that stormwater control measures are operating according to local regulations and design specifications. These formal inspections provide official documentation for compliance and ensure long-term system performance.

As-Built/Final Inspections

As-built inspections confirm that newly constructed stormwater control measures match approved plans and design requirements. Final inspections ensure proper installation, identify potential construction issues, and validate long-term functionality.

Remedial/Repair Inspections

Remedial inspections assess SCMs after notices of violation, damage, or structural failure to determine required repairs. These inspections guide corrective actions that restore system performance and maintain regulatory compliance.

Key Types of SCM Inspections

Comprehensive stormwater control measure (SCM) inspections are essential to maintain proper function, ensure NCDEQ compliance, and protect water quality across commercial and regulated sites. Routine quarterly, post-storm, annual certified, as-built, and remedial inspections identify sediment buildup, debris, erosion, vegetation issues, and structural concerns before they cause flooding or system failures. By performing these targeted SCM inspections, CMS helps extend the life of stormwater infrastructure, prevent costly repairs, and optimize overall stormwater management performance.

Contact Us Today

Phone

Mail

PO BOX 552
Nashville, NC 27856

Email: cpridgen@carolinamanagementllc.com

Business Hours

Monday - Saturday: 7 a.m. - 5 p.m.

Sunday: Closed

Emergency Response: Call Immediately