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Seawall Repair

Protect and Reinforce Your Coastal Defense

Seawalls are a critical form of coastal defense, but they are not immune to deterioration. Reinforce your seawalls today with the expert help of Green Line Services.



Why Seawall Reinforcement and Repair Is Essential

Seawalls are constructed along the shoreline to separate the beach from the mainland, providing defense against powerful waves and preventing coastal erosion. However, over time, seawalls can deteriorate and fail due to various factors.

Causes of Seawall Deterioration

  • Erosion: The primary cause of seawall deterioration is the erosion of soil beneath or behind the wall. This erosion is often due to water infiltration from leaks or improper drainage, which can cause the seawall to break down or collapse.
  • Poor Compaction: If the soil was not properly compacted during construction, it could lead to settling or softening, resulting in erosion or voids.

Regular inspections are crucial to catching early signs of seawall failure, such as:

  • Visible voids
  • Sinkholes
  • Ground cave-ins behind the wall
  • Uneven ground nearby
  • Settling foundations of nearby structures

Addressing these issues promptly can prevent the need for more extensive and costly repairs.

Why Polyurethane Foam Is the Best Solution

When it comes to seawall repair, total replacement is the most expensive and disruptive option. It involves extensive excavation, creates a significant mess, and can disturb nearby properties. While necessary in some cases, most seawall issues can be resolved with less invasive methods.

Filling voids with dirt, aggregate, or cement grout is a temporary fix that doesn't prevent further erosion. In contrast, using polyurethane foam offers a long-term solution. Polyurethane foam is lightweight, durable, and quick to harden, effectively permeating the soil to stabilize loose areas, fill voids, and seal failing joints. It also resists water erosion, making it ideal for seawall waterproofing at a fraction of the cost of total replacement.

Seawall Repair Services in Houston, TX

Green Line Services specializes in using polyurethane foam for seawall repair and reinforcement in the Houston and Galveston areas. Our method is clean, efficient, and environmentally friendly, requiring no heavy equipment or excavation. Polyurethane foam is also safe for contact with drinking water.

Our seawall repair services cater to residential, commercial, and industrial properties, delivering unparalleled results and reliable customer service. We ensure client satisfaction by reviewing the results thoroughly after every project.

For expert seawall repair in Galveston, call us today at 832-253-6205 or fill out our online form to learn more!

FAQ Seawall FAQ

Polyurethane foam injections are the best solution for fixing and preventing erosion behind seawalls. Polyurethane foam is durable, waterproof, and lightweight. Additionally, the foam we use is completely safe for contact with drinking water.

Polyurethane foam is the ideal material for filling voids behind a seawall. It easily permeates the soil and is simple to install, effectively combating erosion and reinforcing the seawall.

Green Line Services reinforces seawalls by injecting polyurethane foam into the soil. This process strengthens the support structure and effectively prevents erosion, ensuring long-lasting stability.

Concrete seawalls generally last between 30 to 50 years. However, several factors can compromise their integrity and accelerate deterioration. Injecting polyurethane foam into the soil behind the seawall helps reinforce the structure and prevent further damage, extending its lifespan.

The lifespan of a seawall depends on the material it’s made of. Concrete seawalls typically last between 30 to 50 years, while steel seawalls tend to last around 35 years.

Seawalls will likely need extensive repairs or replacement around the 20-year mark if not properly maintained. The exact timing depends on the material of the seawall and the quality of its maintenance.

The most common culprit of seawall failure is erosion. When water seeps into the wall and infiltrates the soil, the soil can lose its strength. Other contributing factors include long-term saltwater exposure, extreme weather conditions, and the natural aging process of the seawall.