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Purchase carbon credits from CarbonCure Concrete Mineralization

Injecting CO₂ into cement to make super-strong low-carbon concrete

Description

CarbonCure's carbon dioxide removal (CDR) technology offers permanent, verifiable, and scalable carbon reductions for the concrete industry. The retrofit technology is installed in hundreds of concrete plants globally, and the company is continuing to launch new innovative products and technologies. CarbonCure's technology won the grand prize in the $20 million NRG COSIA Carbon XPRIZE competition, selected as the most scalable breakthrough technology to convert CO₂ emissions into usable products. CarbonCure was also recognized as Cleantech Group's North American Company of the Year in 2020.

For blended vintages of 2022 to 2024, CarbonCure may deliver credits with a vintage falling within any of those years (inclusive).

Technology

Concrete Injection

Injecting captured CO₂ into concrete mix during the production process to create strengthened concrete, as the CO₂ becomes chemically converted into a mineral.

Durability

The durability of this project is extremely high as a result of the technology used. CO₂ mineralization in concrete is a permanent storage solution. The CO₂ is stored for thousands of years and will not be released, even if the concrete is eventually crushed.

Citation: From Unavoidable CO₂ Source to CO₂ Sink? A Cement Industry Based on CO₂ Mineralization Hesam Ostovari, Leonard Müller, Jan Skocek, and André Bardow, Environmental Science & Technology, 2021

Ratings

Third-party ratings are only available to Patch subscribers

Project details

Emissions reduced or carbon removed on an annual basis

32,027 tonnes

How the project approaches risk of reversal

The project is not exposed to reversal risk. The reductions are measured, and VCUs issued, ex post. Carbon removal cannot be reversed (no situation under which end of life concrete is treated such that CO₂ is re-released). That said, a monitoring report is published for each issuance and so any updates to the project are made public.

What actions would be taken by the project developer if anticipated emissions reductions do not take place, or if carbon removal is reversed in the future?

This is not applicable for this project type.

What calculation methods are used to independently reproduce and verify the carbon impact of the project?

Please refer to Section 8 of the methodology document.

Citation: Methodology

United Nations Sustainable Development Goals

Industry, Innovation and Infrastructure

Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation

Sustainable Cities and Communities

Make cities and human settlements inclusive, safe, resilient and sustainable

Climate Action

Take urgent action to combat climate change and its impacts

Project certifications

Patch requires projects to have methodology, design, and outcomes verified by an approved third party. Learn more here.

Certifier

Verra

Standard

Verified Carbon Standard

Registry ID

VCS3207

Crediting period term

Nov 6, 2018 - Nov 5, 2025

Project methodology

VM0043 Methodology for CO2 Utilization in Concrete Production | Version 1

Updated Apr 5, 2021

Verified by First Environment Inc. and Ruby Canyon Environmental

Project design document (PDD)

PDD: CarbonCure Concrete Mineralization

Updated Mar 1, 2023

Verified by Ruby Canyon Environmental, Inc

Current verifier of project outcomes

Ruby Canyon Environmental, Inc

South Carolina, United States

Concrete Injection

Meets Verified Carbon Standard standards

$132.25 per tonne