A 2026 study published in Scientific Reports explores an innovative approach to sustainable construction by incorporating biochar derived from faecal sludge into concrete mixes. Collected from faecal sludge treatment plants,
Research alert! Transforming waste into concrete strength Read More »
The MIT Concrete Sustainability Hub (CSHub) has released an essential educational resource for transportation professionals: a comprehensive tutorial on their Streamlined Pavement Life Cycle Assessment (LCA) and Life Cycle Cost
Mastering Sustainable Infrastructure with MIT’s New LCA/LCCA Tutorial Read More »
The European construction sector is setting a new benchmark for sustainability by successfully transitioning circular concrete theories into large-scale infrastructure reality writes Richard High for Concrete Connect. Recent recognition from
Europe Leading the Way in Large-Scale Circular Concrete Infrastructure Read More »
The MIT Concrete Sustainability Hub (CSHub) unveiled a powerful, updated version of its Pavement Life Cycle Assessment (LCA) and Life Cycle Cost Analysis (LCCA) Tool, significantly advancing the industry’s ability
MIT Launches Next-Generation Pavement Sustainability Tool Read More »
The concrete and construction sector is experiencing a significant transformation, with industry leaders prioritizing sustainability and innovation writes DistilINFO EHS. This comprehensive shift is being driven by the convergence of
Sustainable Concrete Revolution Transforms Construction Industry Read More »
A research brief by MIT CSHUB, “Life Cycle Impacts of Fully-Loaded Ready Mixed Concrete (RMC) Trucks,” explores the economic and environmental effects of allowing RMC trucks to operate at a
Life Cycle Impacts of Fully-Loaded Ready Mixed Concrete (RMC) Trucks Read More »
A new study published in the International Journal of Pavement Engineering explores the potential of a specialized type of concrete to mitigate the urban heat island (UHI) effect. The research,
Researchers Investigate Innovative Concrete to Combat Urban Heat Read More »
Tampa International Airport (TPA) is making sustainability a key part of its largest terminal expansion in nearly two decades writes TPA’s News. As construction begins on the new Airside D,
TPA Showcases Sustainability by Recycling Concrete for New Airside D Read More »
The National Concrete Pavement Technology Center (CP Tech Center) at Iowa State University has released significant findings from a comprehensive study on fiber-reinforced concrete (FRC) overlays—highlighting their potential to enhance
Study shows benefits of Fiber‑Reinforced Concrete Overlays Read More »
A team of MIT researchers has harnessed AI to rethink concrete production—one of the world’s largest CO₂‑emitting industries. Their goal? Replace a portion of cement with sustainable alternatives that meet
Using AI to hunt for greener concrete Read More »
Aalborg Portland Malaysia—part of Cementir Group—has introduced CEM II/A‑LL 52.5N, a low‑carbon white cement in its D‑Carb product line. This new offering delivers approximately 12% lower CO₂ emissions than the traditional Aalborg
Aalborg Portland Malaysia Launches D‑Carb White Cement Read More »
The MIT Concrete Sustainability Hub (CSHub) is pioneering a shift in how infrastructure professionals assess pavement sustainability, aiming to make life-cycle assessments (LCAs) more accessible, efficient, and impactful writes Andrew
Smarter Decisions with Less Data: MIT’s New Approach to Sustainable Pavement Design Read More »
Thin concrete pavements, constructed over an existing base layer, present an economical choice for low- and moderate-volume roads. However, these thinner pavements are more susceptible to distress from traffic loads
Enhancing Thin Concrete Pavements with Synthetic Fibers Read More »
Concrete remains a cornerstone of modern infrastructure, but its environmental impact, particularly from Portland cement production, poses a challenge for sustainable construction. As industrial sites like ports and distribution centers
Concrete Pavements: A Sustainable Choice for Industrial Sites Read More »
The Millau Viaduct, the tallest bridge in the world, has not only made a remarkable impact on transportation efficiency but also on carbon emissions reduction, thanks in part to its
The Millau Viaduct: Concrete’s Role in Reducing Carbon Emissions Read More »
At World of Concrete 2025, Eric Ferrebee, senior director of technical services at the American Concrete Pavement Association (ACPA) and director at ISCP, sat down with Gavin Jenkins of Roads
Eric Ferrebee Talks Sustainability at World of Concrete 2025 Read More »
The International Society for Concrete Pavements (ISCP) is pleased to announce that proceedings from the 1st through 11th International Conferences on Concrete Pavements are now available on our Open Journal
ISCP Enhances Research Accessibility with its Open Journal System (OJS) Read More »
Increasing the solar reflectance—or albedo—of the built environment is emerging as a powerful strategy to combat climate change and urban heat, as reported in the white paper recently published by
High-Albedo Concrete Pavements: A Path to Cooler Cities and a Healthier Planet Read More »
The push for sustainable infrastructure continues to gain momentum, with low-carbon concrete playing a key role in reducing environmental impacts, writes Laura O’Neill Kaumo for Roads & Bridges. Launched in
Low-Carbon Concrete Efforts Drive Sustainable Infrastructure Forward Read More »
The National Council for Cement and Building Materials (NCB), successfully organized the 18th International Conference & Exhibition on Cement, Concrete & Building Materials at Yahobhoomi India International Convention Center, New
