Superfund Containment Walls | Planning and Engineering

Secure The Future With ESP

Secure Containment Wall Systems for Superfund Cleanup Sites

ESP seawalls offer powerful and effective solutions for Superfund cleanup sites. We have worked on Superfund and flooding containment systems worldwide, including a massive environmental restoration project at the former Stauffer Chemical plant in Tarpon Springs, FL.

Superfund sites typically feature immense environmental damage caused by decades of manufacturing with chemical pollutant byproducts. These major groundwater pollutants and forever chemicals are highly toxic and must be contained.

In these situations, remediation must involve a comprehensive, impervious containment strategy. ESP plays a crucial role in providing a permanent solution to protect the land and water surrounding Superfund sites from dangerous contamination.

For more information and to speak with our engineering team, contact us today.

Featured Benefits

Impermeable Containment

Our unique marine-grade resin system offers unsurpassed chemical resistance compared to competitor products. Our sheet piling does not corrode, rot, rust, leech, or break down in even the harshest environments. When you need pollutants contained, there’s no better solution than ESP.

Designed For The Job

Our FRP composite sheet piling is manufactured in the U.S. and comes in a variety of lengths and widths based on the needs of a particular job. Particularly when it comes to Superfund sites, no job is the same. That’s why ESP’s tailored containment solutions are the ideal choice for Superfund sites.

Engineering Savings

It’s not just our cutting-edge technology and manufacturing prowess that distinguishes ESP, but the deep and broad expertise that our world-class engineers bring to the table. Building efficiently and effectively without planning flaws saves money, and at Superfund sites the stakes are even higher.

Green Tech, Green Results

Our sheet piling is made out of recycled materials, is UV-stabilized, and does not leech or break down in the sun. Our advanced technology also helps dramatically lower the carbon footprint of a project through lighter-weight materials that are stronger than comparable options and a reduction in environmental impact during installation.

Proven Technology And Expertise You Can Trust

The Future of Superfund Sites Starts With ESP Containment Systems

There are myriad reasons ESP is the best choice for Superfund cleanup sites. We manufacture marine-grade resin sheet piling, which offers unparalleled chemical resistance and does not leech or break down even under harsh environmental conditions over time.

This makes our products particularly well-suited for the containment and protection needs of Superfund sites. Additionally, we manufacture varying sheet lengths that boat tremendous tensile strength, ensuring our containment walls are driven into the rock layers underneath the soil, effectively sealing in contaminants. This capability also demonstrates the adaptability and precision of ESP in addressing complex environmental challenges while offering an aesthetically pleasing and maintenance-free solution.

The successful containment and durability of ESP containment wall systems in critical environmental remediation projects underscore our reliability and effectiveness in safeguarding Superfund sites and protecting surrounding ecosystems from hazardous substances.

If you’re interested in learning more about ESP Superfund cleanup containment wall system solutions, please contact us or request a free estimate.

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Client Testimonials

Stauffer Chemical Company

Both EverComp 26.1 FRP Sheet Pile and ESP 8.5 Vinyl Sheet Pile performed as specified and we continue to find uses for the products as projects develop. The technical support provided by ESP was invaluable during this project and we will continue to contact you as the need arises for clarification of technical questions.

– David A. Edwards, PE

Collier Canal

The goal of improved water quality and increased storage capacities have been met, while construction with the light weight vinyl sheets had minimal disruption to the community. Also, many of the residents have commented on the aesthetically pleasing nature of the vinyl sheets over traditional materials. The project (has) been well received and is considered (a) dramatic success in the community.

– Al Minner