By turning carbon emissions and industrial waste byproducts into usable ingredients for low-carbon cement, Carbon Upcycling is decarbonizing the built environment. Read more about this innovative approach: .#Sustainability #Lowcarbon.

Concrete is driving the future of sustainability. With innovations like low-carbon technologies and renewable energy, concrete supports energy independence while also creating local jobs. Stronger, smarter, greener. Learn more:

Researchers at the University of Pennsylvania are revolutionizing concrete by infusing it with biominerals and using 3D printing. The result? A lightweight, structurally sound concrete that captures up to 142% more CO₂ than traditional mixes. Read more:

Join us for Concrete Innovations Learning Session 31! Explore LEED v5: the next evolution in green building standards. Secure your spot today:

Concrete doesn’t burn – it protects. Its fire resilient properties make it a top choice for safe and durable construction, helping safeguard homes, businesses and communities. Learn more about concrete’s resilience:

OUT NOW! Fire safety is essential in improving our built communities and creating sustainability. Birgitte Messerschmidt joins Concrete Credentials to discuss innovations in fire safety that will help our built environments flourish. Listen here:

Discover the future of sustainable building! Join us for an in-depth look at LEED v5 – the latest green building standard driving decarbonization, resilience, and equity in the built environment. Register today:

Explore endless possibilities and get the guidance you need at our Concrete Design Center! From innovative ideas to practical solutions, we’re here to help you build your vision. Get started today:

Every family deserves a safe home. Build With Strength and Habitat for Humanity are building affordable, resilient homes with concrete. Together, we’re creating stronger communities. Learn more:

Coming Soon: Birgitte Messerschmidt discusses fire safety issues and how we can make the built environment more resilient through a better understanding of construction products and methods. Catch up on past episodes here:

MIT researchers are using AI to develop greener concrete by optimizing its mix for lower carbon emissions without sacrificing strength. This innovation could help make construction more sustainable. Learn more:

Concrete is becoming more eco-friendly by using recycled materials and cutting emissions to meet sustainability goals. As one of the most-used building materials, its advancements are shaping a greener future. Learn more:

Concrete that can heal itself? This breakthrough in self-healing concrete could transform the future of construction by making buildings, roads and bridges more durable and sustainable. Check it out:

New episode OUT NOW! Franck Boursier of Everlasting Homes Group joins Concrete Credentials to share how innovative concrete solutions are making homes safer and more affordable. Listen now! .

Check out why this Washington University Professor believes #concrete is the future for the construction of affordable and resilient homes:

Concrete is driving the future of sustainability. With innovations like low-carbon technologies and renewable energy, concrete supports energy independence while also creating local jobs. Stronger, smarter, greener. Learn more:

Build With Strength is a proud partner of @Advan_Construct Decarbonization 2025! Join us and learn how to remain one step ahead in climate-conscious technologies. Learn more:

New Concrete Credentials episode drops June 26! Join us with Franck Boursier, CEO of Everlasting Homes Group, to discuss resilient housing with innovative concrete and sustainable building practices. Catch up now:

Concrete isn’t just durable – it's a sustainable solution. By supporting sustainable concrete innovations, we’re reducing reliance on non-renewable resources AND creating jobs in local communities. Learn more:

The secret behind the Intuit Dome’s sustainable design? It’s use of cutting-edge concrete applications that minimize carbon emissions while maximizing structural resilience. Learn more: