How Can FORTA Work For Public Agencies?

Fiber reinforcement contributes to sustainability by allowing for effective reuse of materials. FORTA GREEN-NET®, made from 100% recycled polypropylene, increases the recycled content in concrete mixes.

By extending the life span of asphalt and concrete infrastructures, fiber reinforcement reduces the need for frequent repairs and replacements, thereby decreasing the consumption of resources and energy associated with construction activities. Lower consumption leads to a reduced carbon footprint and alignment with sustainability objectives for public projects.

The enhanced durability offered by fiber reinforcement translates to longer service lives for roads, bridges, sidewalks, and other infrastructure, minimizing disruptions and extending the intervals between major maintenance activities.

Fiber reinforcement lowers maintenance needs by enhancing structural performance. FORTA-FI minimize cracks and potholes in asphalt, while concrete fibers like FORTA-FERRO and ECONO-NET® control shrinkage and temperature cracking in concrete. This reinforcement results in fewer surface defects and structural issues, such as cracks and potholes, reducing the frequency and extent of maintenance tasks such as patching and resurfacing.

Fiber reinforcement enhances the safety of public infrastructure by improving the durability and integrity of surfaces. Fiber-reinforced pavements are less prone to hazards like potholes and cracks. In concrete structures, fibers improve impact strength, reducing the risk of structural failures and ensuring safer roads and bridges.

The cost-effectiveness of fiber reinforcement depends on material costs, installation processes, life cycle savings, and infrastructure requirements. The extended life span and reduced maintenance of projects reinforced with fibers such as FORTA-FI and lead to significant life cycle savings. 

Concrete fibers from FORTA, such as FORTA-FERRO, can eliminate the need for traditional steel reinforcements, reducing material and labor costs. Seamless integration into asphalt and concrete production minimizes additional expenses, promoting long-term economic benefits.

Public agencies can justify fiber reinforcement through life cycle cost analyses (LCCAs) that demonstrate long-term savings. Key considerations include:

• Durability data: Present case studies and performance data showing the extended life span of fiber-reinforced asphalt and concrete. 
• Maintenance reduction: Quantify the decrease in maintenance expenses due to improved durability.
• Material and labor savings: Highlight the cost reductions from eliminating traditional reinforcement and using optimized designs.
• Environmental benefits: Emphasize sustainability advantages that could lead to financial incentives.
• Return on investment: Calculate the total cost of ownership over the project’s life span.