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

CO2 mineralization in the production of sustainable concrete

This study, published in Revista Ingeniería de Construcción and conducted by CarbonCure Technologies, shows how CO₂ mineralization in fresh concrete maintains strength while reducing cement content and embodied carbon, supporting industry decarbonization and global sustainability goals.

CarbonCure’s Lab Protocol

At CarbonCure, we recognize that strong data and thorough evaluation and verification are essential for any concrete producer looking to incorporate CO2 mineralization into their operations. Our comprehensive two-step lab protocol ensures compatibility, and maximizes cement efficiency.

Role of CO2 Injection in Concrete: Cement Hydration Reaction Enhancer

CarbonCure Ready Mix technology injects CO2 into fresh concrete while it is being mixed where it mineralizes, creating calcium carbonate…

Unlock New Revenue Streams from Your CO2 Data

Download to learn about CarbonCure's Carbon Credit program and how the data generated with day-to-day operations can be leveraged for diversifying revenue.

CarbonCure’s Global Regulatory Approvals

The resource summarizes CarbonCure's global regulatory approvals, from North America, Europe, Asia and Middle East

Measuring CO2 Mineralization in Concrete

CarbonCure Concrete Admixture ASTM C494 Type S Datasheet

Updated October 2024

CarbonCure Infosheet for Designers and Builders

Key facts owners, developers, architects, structural engineers and contractors need to know about building with CarbonCure concrete.

Types of Concrete Carbonation

Concrete can be subjected to two distinct types of carbonation, weathering carbonation and early age carbonation. The CarbonCure Technology uses early age carbonation to sequester CO₂ into concrete. The document explores both types of carbonation in more detail.

CarbonCure Durability Assessment Report

This technical note reviews the conclusion that concrete treated with CO₂ had fresh state properties consistent with the desired performance. The required workability and air content was achieved. The surface resistivity, bulk resistivity and RCPT indicated that the two batches had comparable permeability. Corrosion measurements indicated corrosion had not started in either sample and pore solution pH was unaltered by the CO₂ treatment. Flexural strength increased 6%.

CarbonCure’s Contribution to LEED Credits

The breakdown on how CarbonCure contributes to the ability to earn points toward the LEED v4.1 Building Life-Cycle Impact Reduction and Building Product Disclosure and Optimization - Environmental Product Declarations credits.

Introduction to CarbonCure for Masonry Producers

An explanation of how CarbonCure enables concrete masonry producers to enhance their brand, appeal to the green building market and reduce emissions all at once.