After decades of testing, J-Band®, the premier Void Reducing Asphalt Membrane (VRAM) from Asphalt Materials Inc. (AMI), is the proven innovation that dramatically reduces the age-old problem of longitudinal joint deterioration. Take a look back with us at one of the first projects to incorporate this game-changing asphalt product.
AMICYCLE Cold Pavement Recycling offers significant cost savings and lower environmental impact by utilizing existing materials and minimizing materials transportation. Within the AMICYCLE suite, there are three types of recycling processes: Cold In-place Recycling (CIR), Full Depth Reclamation (FDR) and Cold Central Plant Recycling (CCPR).
Asphalt Materials, Inc. (AMI) solves customer problems by identifying the goals and parameters of their project and developing a solution to fit their needs. We are excited to tackle our industry’s biggest challenges with new and inventive solutions that will mean better, safer and longer-lasting and sustainable roads.
Sustainability is crucial for preserving our planet and natural resources. By building a sustainable future, we can reduce pollution and protect our people, planet and communities. That is why at Asphalt Materials, Inc. we promote sustainable practices at all our locations in the Midwest. At each of our locations, there is a sustainability champion who leads sustainability initiatives and educates employees on sustainable practices. Several champions have shared their current sustainable actions within their respective locations.
Heritage Construction + Materials companies Asphalt Materials, Inc. (AMI) and US Aggregates have joined together to build a program that finds new ways to reuse AMI’s pallets at US Aggregates’ locations.
This initiative keeps AMI from recycling their pallets through a third-party vendor, as well as from being discarded. It also aids in increasing efficiency amongst US Aggregates since the pallets will be received through an internal company.
Pavement preservation is a cost-effective and environmentally friendly way to extend the life of your roadways and make public funding go further. A well-implemented pavement preservation approach achieves maximum efficiency by increasing the average condition of your pavement while decreasing your average spending per square yard. Pavement preservation treatments are known for their ability to ensure quality with minimal effect on your budget and the environment.
Pavement preservation is the core of our AMISEAL™ product line, including micro-surfacing, chip seal, scrub seal, slurry seal, cape seal, and more.
During 2022, County Engineer Tony Hinkle reached out to Heritage Research Group (HRG), to have Waverly Park Road in Morgan County, Indiana, be sampled for a potential recycling project. The results from pavement sampling determined that the road was a candidate for a 4-inch Cold In-place Recycling (CIR) treatment. Based on the report’s recommendations, Hinkle made the decision to move forward with the CIR treatment to repair and preserve the pavement.
Full Depth Reclamation (FDR) and Cold Central Plant Recycling (CCPR) allowed the Indiana Department of Transportation (INDOT) to repair and upgrade a major collector in Northeast Indiana.
Over the years, asphalt has become the most popular choice when it comes to selecting environmentally friendly pavements. To take it one step further, cold mix pavement layers have been developed to create even more sustainable products for road construction. Cold recycling techniques are methods that not only avoid the application of heat but reuse aged asphalt pavements already within the current infrastructure. This technique used helps treat raveling, potholes, skid resistance, rutting, block cracking, and so much more.
Cold recycling includes two subcategories, cold in place recycling (CIR) and cold central plant recycling (CCPR). In this article we will highlight a successful CIR project in Jefferson County, Indiana.
Pavement sustainability continues to be one of the most crucial areas of research in the asphalt industry. While it is common to understand sustainability in a purely environmental context, truly sustainable products and innovations also have positive economic and social implications.
Below, industry sustainability thought leader and Sustainability Engineer at the Asphalt Institute, Dr. Chait Bhat, details the appropriate scope for comparing Environmental Product Declarations (EPDs) per the International Organization for Standardization (ISO) standards language in Asphalt Magazine. His article follows a previous article from Dr. Mark Buncher covering the appropriateness of comparing material EPDs.
Recent Comments