Fiberglass Buildings for Secondary Containment

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When it comes to ensuring safe storage for hazardous materials, fiberglass buildings for secondary containment are a top choice for many industries. FRP Mocoat’s modular MM Series buildings are specially designed for this purpose, offering a robust and versatile solution for secondary containment. These buildings provide a protective, non-corrosive, and weather-resistant environment for storing combustible products, chemicals, and oxygenated fuels.

The combination of advanced materials and thoughtful design makes these structures ideal for companies looking to improve their safety protocols while minimizing environmental risks.

Why Choose Fiberglass Buildings for Secondary Containment?

The importance of secondary containment cannot be overstated. It plays a crucial role in preventing spills and leaks from escaping into the environment, protecting workers and surrounding ecosystems. Fiberglass buildings for secondary containment offer several advantages over traditional containment methods, thanks to their durability, resistance to harsh elements, and ease of customization. Here are some of the critical reasons why fiberglass buildings are the preferred solution:

Non-Corrosive Materials: Unlike metal or wood structures, fiberglass doesn’t corrode when exposed to chemicals or harsh weather conditions.
UV Resistance: These buildings maintain their structural integrity even when exposed to sunlight for extended periods.
Chemical-Resistant Liners: The buildings have a chemical-resistant liner that prevents hazardous substances from seeping into the environment.
Modular Design: These buildings are easy to assemble and install and can be custom-fitted to various containment floors, offering flexibility in design and layout.
Insulation for Extreme Weather: The insulated wall panels make these buildings ideal for use in remote or northern regions where harsh climates are a concern.

Features of FRP/Mocoat Buildings for Secondary Containment

The fiberglass buildings for secondary containment offered by FRP/Mocoat are designed with safety and efficiency in mind. Each building is engineered to provide optimal protection against spills, leaks, and environmental hazards. Some of the key features include:

Chemical-Resistant Liner: This feature ensures that hazardous materials are contained within the building even if a spill occurs, preventing environmental contamination.
Serrated Grating: To enhance safety, the buildings include serrated grating that prevents slipping, even in wet or icy conditions. This grating also protects the chemical-resistant liner from punctures, ensuring the integrity of the containment system.
Modular Assembly: The modular design allows the building to be easily assembled on-site, even in remote areas. This means quicker installation times and lower costs.
Insulated Panels: These buildings are designed to handle extreme weather conditions, making them suitable for northern locations where cold temperatures could otherwise pose a challenge.

Applications for Fiberglass Buildings in Secondary Containment

Fiberglass buildings for secondary containment are utilized in various industries, mainly where hazardous materials are involved. These buildings are essential for ensuring compliance with environmental regulations and protecting personnel and the surrounding environment from potential spills or leaks. Below are some of the most common applications:

Chemical Storage: Whether storing acids, solvents, or other hazardous chemicals, these buildings provide an additional layer of protection by containing leaks and preventing environmental damage.
Fuel Storage: For facilities that store oxygenated fuels or other combustible materials, the UV resistance and non-corrosive properties of these fiberglass buildings are crucial for maintaining a safe storage environment.
Wastewater Containment: Industrial sites often produce wastewater that can contain hazardous substances. A fiberglass building for secondary containment can prevent this wastewater from seeping into the ground or local water sources.
Remote Site Protection: In areas where environmental impact is a major concern, such as mining or oil and gas operations, these buildings provide a cost-effective, reliable solution for secondary containment.

Benefits of Using FRP for Secondary Containment

Using FRP for secondary containment offers many advantages. Fiberglass-reinforced plastic (FRP) is a material known for its strength, durability, and chemical and environmental degradation resistance. FRP/Mocoat’s modular buildings, made with FRP, are built to withstand the most challenging conditions while providing a secure and long-lasting containment solution. Here are some of the benefits of using FRP for secondary containment:

Lightweight But Strong: FRP is lightweight, which makes transportation and installation more manageable, especially in remote locations. Despite its lightweight nature, it is incredibly strong and resistant to impact.
Corrosion Resistance: One of the main reasons FRP is used for secondary containment is its corrosion resistance, especially in environments where chemicals or saltwater are present.
Low Maintenance: FRP structures require minimal maintenance compared to metal buildings, which can rust, or wood structures, which can rot. This makes them a cost-effective long-term solution.
Thermal Stability: FRP maintains its integrity in extreme temperatures, making it ideal for containment buildings in hot and cold climates.

Customization Options for Fiberglass Buildings

Another reason fiberglass buildings for secondary containment are so popular is their adaptability. These structures can be customized to meet specific needs and site requirements. FRP/Mocoat offers various options to tailor each building to the client’s specific operational requirements. Some of these customization options include:

Size and Shape: The modular nature of FRP buildings allows for flexible sizing, ensuring that the building can be scaled up or down depending on the amount of hazardous material being stored.
Flooring and Drainage Systems: Custom containment floors can be installed to ensure proper drainage and easy cleanup in case of a spill.
Ventilation Systems: Proper ventilation is essential when storing combustible or volatile substances. FRP buildings can be equipped with venting systems to ensure the safety of personnel working inside.

Environmental Impact of FRP for Secondary Containment

Choosing FRP for secondary containment also has environmental benefits. Because FRP does not degrade quickly and requires little maintenance, it has a lower ecological footprint over its lifecycle than other materials. Additionally, these containment systems help reduce environmental contamination by preventing leaks and spills protecting local ecosystems and water sources.

FRP/Mocoat’s modular fiberglass buildings for secondary containment are designed to meet the highest safety and environmental standards. With their resistance to corrosion, ease of customization, and ability to withstand harsh conditions, these buildings provide a reliable, long-lasting solution for industries requiring secondary containment. Whether for chemical storage, fuel containment, or wastewater management, these structures offer peace of mind and superior protection for both people and the planet.

Contact FRP Mocoat Fiberglass Ltd today to learn more about fiberglass buildings for secondary containment and how to order them. Call our manager at (306) 329-4884.