ACMA Supports Bridge Study Findings and Pushes for More Incentives for Composites and Advanced Materials

ACMA, an industry thought leader in composites manufacturing, pushes for the advancement of composites and advanced materials in infrastructure and …

ACMA, an industry thought leader in composites manufacturing, pushes for the advancement of composites and advanced materials in infrastructure and transportation systems.

January 28, 2019 (Arlington, Va.) – This month, the National Academies of Sciences and the Transportation Research Board released the consensus study report for the Innovative Bridge Research and Construction Program (IBRC). The program, funded by the Federal Highway Administration from 1999 to 2005, delivered $128.7 million in federal grants to state transportation departments to promote the use of innovative materials and technologies in the construction and repair of highway bridges.

The IBRC program funded nearly 400 projects and 150 bridges in 30 states using a number of materials, including fiber-reinforced polymer (FRP) composites, high-performance concrete (HPC) high-performance steel (HPS), and corrosion resistant reinforcing bar (rebar). The recently released consensus study report provides conclusive data and analysis about the performance of these bridges, assessing the performance, utility, and life-cycle costs of these bridges. as well as recommendations to Congress on how the life-cycle costs of bridges can be reduced through the use of technologies.

ACMA President Tom Dobbins said, “With such valuable research findings available, ACMA believed that the lack of follow-up and research about the program and these bridges would be a critical mistake. ACMA pushed for the inclusion of the study in the FAST Act of 2015, working with Senator Whitehouse of RI, the sponsor of the provision ordering the study.”

The results of the study were extremely positive for the composites industry, demonstrating that advanced materials and technologies can co-exist with traditional materials with cost savings. Study results showed that the IBRC technologies reduced construction time and traffic congestion, improved safety, and reduced the risk of injury and casualties. Additionally, the study proved the use of advanced technologies, including FRP composites and corrosion control technologies reduce bridge life-cycle costs.

“The study results have the potential to increase the adoption of composites and advanced materials in key markets like infrastructure, construction, and transportation, which is exciting news for our members and the entire composites industry. More importantly it will benefit the American taxpayer by providing quality infrastructure that lasts much longer” Dobbins continued.

The IBRC study reinforced the value of federal incentives to promote the use of advanced materials and technologies while mitigating the associated risk and costs. The study emphasized that a “new federal incentive grant program for innovative bridge technology could continue the success of IBRC in accelerating the adoption of proven technologies and also contribute to advancing less developed technologies by supporting state highway agency bridge projects.” The study recommended a new federal program that models the IBRC program.

Lastly, the study recommended new research by the U.S. Department of Transportation (USDOT) and state DOTs to expand data collection, promote long-term monitoring and planning, develop new materials and techniques, and better evaluate the improvement in performance and life-cycle costs of bridges using new and existing advanced materials.

Dobbins concluded, “This report is just the start. The TRB makes clear that work has to be done in optimizing design for bridges using innovative materials. The innovative materials community must continue to engage and educate state DOTs and demonstrate a better way to build bridges rather than the way they have for the last century. The industry must also work with the Congress and USDOT to advance policies that promote the adoption of 21st century materials in our infrastructure. We owe it to the American taxpayer to give them the best value. Our nation’s crumbling infrastructure is also hampering our economy, so innovative materials, made in the US, can also help grow and sustain our economy.”

ACMA’s leadership role was and remains vitally important to increase the use of composites in our infrastructure and transportation systems. ACMA’s members and leaders worked closely with Senator Whitehouse, the sponsor of the provision ordering the study, and with the TRB to understand composites technologies during the study process. The evidence is clear in this study. Composites and other advanced materials in our bridges can improve performance, lower costs of bridge construction, lower life-cycle costs and improve safety for everyone.

ACMA supports the findings of the study and the recommendations for more data and analysis to understand material performance and establish standards. It will work with its industry partners and the Congress to implement the findings of the report and promote the necessary legislation to create a 21st century infrastructure that supports a 21st century population and economy.