Explore with CarbonCure: Case Studies, Featured Projects & Regulatory Framework

GPC

Carbon Credits: The New Revenue Opportunity for Concrete Producers

Watch this 30-minute presentation - we explore everything you need to know about carbon removal credits and what they mean to your business.

The Producer’s Guide to Boosting Profits with Sustainable Concrete

A guide to driving more profits in your business by delivering efficient and sustainable concrete.

A Producer’s Guide to CarbonCure: Common Myths Debunked

This webinar debunks common myths about CarbonCure's role with CO2 capturing, its impact on concrete, and its affordability and useability.

Everything You Need to Know About CarbonCure but Were Afraid to Ask 2.0

This webinar provides an overview of CarbonCure's innovative CO₂ technology and how it benefits concrete producers.

Pan-United Corporation

Pan-United was the first CarbonCure concrete producer in Asia, initiating the movement in the region. Learn about their story in this ebook.

CO₂ Utilization for More Sustainable Ready Mix Concrete

In this webinar, Senior Vice President of Technology Development Dr. Sean Monkman describes CarbonCure's technology as it used in almost 300 locations worldwide.

CO₂ Utilization for More Sustainable Ready Mix Concrete

During this webinar Dr. Sean Monkman, Senior Vice President of Technology Development at CarbonCure, will explain how an optimum dose…

Different Ways to Optimize Your Mix Designs

Watch this short 30-minute webinar featuring Jack Holley, a 40-year veteran of concrete quality control, as he discusses the different ways you can optimize your mix designs with and without carbon dioxide, and evaluates new mix optimization technologies.

Calculating Sustainability Impacts of CarbonCure Ready Mix

This paper shows how the injected CO₂ improved the concrete’s compressive strength with minimal impact on fresh air content or workability. It includes three-way comparisons between a reference batch, reduced binder batch and reduced binder batch with CO₂ addition, confirmed that the CO₂ could allow for a 5-8% reduction in binder loading without compromising strength. A model case shows that integrating a CO₂ utilization step into conventional concrete production can, net of process emissions, reduce the carbon footprint of the concrete by 4.6%.