PROJECT PORTFOLIO

Welcome to our erosion control project portfolio!

In this section, you’ll discover a selection of some of our completed projects that showcase the quality, expertise, and craftsmanship we bring to every job. Explore our work to see our professionalism and the outstanding results we consistently achieve

Stormwater Control System (SCM) Linking

An inspection revealed a leak in the stormwater control (SCM) system. Upon excavation, it was confirmed that water was leaking from the pond beneath the riser and from both 3-foot diameter reinforced concrete pipes (RCPs) at the outlets. The leak was traced to an unsealed joint located approximately 5 feet from the riser, underneath the top of the dam.

To address the issue, geotechnical sealing was applied around the riser and between the outlet RCPs. The joints were then sealed with hydraulic cement.

Finally, the area was stabilized, and the project was successfully completed.

Slope Stabilization

Slope Stabilization refers to a range of techniques and practices used to prevent or reduce the risk of landslides, collapses, or erosion on slopes and embankments. The main goal is to ensure the stability of these slopes, keeping the soil in place and minimizing damage to surrounding infrastructure or the environment.

In this work, you can see two small retaining walls:

A 5-foot wall, with 4 feet above ground and 1 foot of foundation.
A 3-foot wall, with 2 feet above ground and 1 foot of foundation.

Both walls include a French drain in the foundation and a clean-out with solid pipe that connects from the perforated pipe upwards, leading into a “T” connection.

Blocked water valves due to debris can significantly affect the urban drainage system, leading to increased erosion issues.

When drainage systems are obstructed, the proper flow of stormwater is disrupted. This can cause water to accumulate in unwanted areas, increasing the risk of flooding and accelerating soil erosion. In areas where water stagnates or flows uncontrollably, soil erodes more quickly, leading to land loss and environmental degradation.

For effective erosion control, it is essential to ensure that drainage systems, including water valves, remain clear and fully operational, allowing for proper water flow. Obstructions not only disrupt drainage but also amplify the erosive impact on surrounding areas.

At Delcid Erosion Control LLC, we have a skilled team and the right tools to implement efficient solutions, ensuring effective soil erosion control and long-lasting results.

Water Valves on Urban Erosion Control

At Delcid Erosion Control LLC, we have the expertise to effectively install dissipater pads that reduce water flow velocity and prevent erosion. Our highly trained technicians excavate the area based on the stone’s size and classification, ensuring that the dissipater pads are installed according to engineering specifications designed to withstand the force of water flow over the long term.

With extensive experience in erosion control projects, we use dissipater pads in applications such as swales, ponds, plunge pools, berms, and more. At Delcid Erosion Control LLC, we take pride in providing durable and efficient erosion control solutions.

Dissipater Pads

Pond Conversion and Stabilization Project

This pond conversion was carried out to meet the required design elevations and ensure long-term stabilization of the site. To achieve compliance with project specifications and long-term performance, the following erosion control measures were implemented:

Double net matting for slope stabilization
Core matting at the bottom of the pond for additional reinforcement
Permanent seeding to establish sustainable vegetation

These solutions work together to manage storm water, control erosion, support environmental resilience, and maintain the structural integrity of the site.

Erosion Control & Site Stabilization – Berm and Drainage System

Two berms were constructed at the end of both streets, incorporating lining and stone reinforcement to control runoff and prevent erosion beyond the Limits of Disturbance (LOD).

Sod was installed throughout the surrounding common areas to stabilize the site and promote long-term vegetation establishment.

A silt fence system was installed to protect both the vegetated areas and stone installations, particularly due to adjacent undeveloped lots.

Additionally, rubber wattles were implemented as a first line of defense to intercept sediment before reaching the stone, helping preserve the effectiveness and longevity of the system.

The system was designed and installed to ensure controlled drainage, site stability, and long-term erosion protection.

Let’s build your next site-ready solution

At Delcid Erosion Control, we bring technical precision and field-tested methods to every project. Whether you’re preparing for inspections, managing stormwater compliance, or seeking long-term site stabilization, our team is ready to deliver.

Reach out to schedule a meeting and discuss how we can support your next project