
Could higher recycled asphalt use mean more savings and less pollution? This research finds the science-backed sweet spot for durability.
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Dr. Ankit Sharma is a postdoctoral researcher in Civil and Environmental Engineering at the Colorado School of Mines, working on a Department of Defense-funded project addressing PFAS-contaminated pavement recycling. He earned his Ph.D. in Civil Engineering from IIT Roorkee under the Prime Minister’s Research Fellowship, focusing on hot mix asphalt recycling and rejuvenator chemistry. His research integrates sustainable pavement materials, biochar modification, and advanced rheological and mechanical testing. With teaching experience at SKIT Jaipur, he actively contributes to advancing pavement sustainability, circular economy practices, and AI-driven life cycle assessment in road infrastructure.
Dr. Ankit Sharma is a postdoctoral researcher in Civil and Environmental Engineering at the Colorado School of Mines, working on a Department of Defense-funded project addressing PFAS-contaminated pavement recycling. He earned his Ph.D. in Civil Engineering from IIT Roorkee under the Prime Minister’s Research Fellowship, focusing on hot mix asphalt recycling and rejuvenator chemistry. His research integrates sustainable pavement materials, biochar modification, and advanced rheological and mechanical testing. With teaching experience at SKIT Jaipur, he actively contributes to advancing pavement sustainability, circular economy practices, and AI-driven life cycle assessment in road infrastructure.
Could higher recycled asphalt use mean more savings and less pollution? This research finds the science-backed sweet spot for durability.