Application Period Open

Carbon Removal + Liability Biomass

Application Deadline

Mar 15, 2024

Summary

For the context of this Campaign, “Liability Biomass” refers to non-merchantable forest residues which tend to accumulate and increase the vulnerability of a landscape or community to catastrophic wildfire. Liability Biomass is often cited as one of the primary “bottlenecks” to accomplishing forest restoration at the pace and scale needed to reduce risk and support forest health.

It could also conceivably refer to other sources of biomass (biosolids, organics, yard waste, etc.) that communities and municipalities are struggling to manage and are looking for new solutions and partners.

Grant Application Form
1
Call for Proposals
2
Awards Selected
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Campaign Multiplier
4
Campaign Complete!

Congratulations to our 4 Awardees!

In January 2023 the 4 Corners Carbon Coalition awarded $390,000 in catalytic grants
to enable four amazing projects, each involving different technologies and methods
that will achieve carbon removal in very different ways.

DAC-to-Concrete

CarbonBuilt, AirCapture, Block-Lite
Flagstaff, Arizona

Key words: Direct Air Capture (DAC), CO₂ Curing, Mineralization, Masonry Blocks

CarbonBuilt will partner with AirCapture and Block-Lite concrete to retrofit Block-Lite’s Flagstaff masonry plant to reduce the carbon footprint of their concrete by 50-100%. This project will be a first-of-its-kind in the world, creating an ultra-low carbon concrete product plant that uses modular direct air capture (DAC)-sourced CO₂ removed directly from the air to cure concrete blocks. CO2 mineralized through this process is permanently removed from the atmosphere. The system will remove and avoid up to 3,000 tonnes of CO2 per year.

This project is working to expand impact by seeking additional funding for the production of ultra-low carbon concrete blocks which will be donated to the Starter Home Program Habitat for Humanity of Northern Arizona.  Learn more and support this expansion effort here.

The Boulder Block

Travertine
Boulder, Colorado

Key words: Mineralization, Concrete Blocks, Cement Substitution

This project will demonstrate the feasibility of incorporating carbon-negative calcium carbonate (CNPCC) into blended hydraulic cements for permanent carbon dioxide removal and sequestration. The project will determine the impact of substituting up to 15wt.% of Travertine’s CNPCC, produced at our Boulder CO facility, in place of ordinary Portland cement to develop a blended cement mortar that substantially reduces the overall carbon intensity of cement production.

This project is working to expand impact by connecting with new feedstock suppliers and project partners! Feedstocks needed are often waste byproducts for other industries. Let us know if you produce/manage sources of any of the following and would be interested in collaborating: calcium, magnesium and/or sodium sulfate waste (e.g., FGD gypsum).

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Algae-Based Regenerative Quarry

Minus Materials
Lyons, Colorado

Key words: Microalgae, Limestone Substitution

With this breakthrough demonstration project Minus Materials will install and operate a first-of-its-kind “regenerative quarry” pilot project in Boulder County that will support the production of carbon-negative biorenewable limestone using microalgae. Limestone produced can be used as a substitute for conventional emissions intensive ‘clinker’, the base component of Portland cement.

This project is working to expand impact by connecting with new feedstock suppliers and project partners! Feedstocks needed are often waste byproducts for other industries. Let us know if you produce/manage sources of any of the following and would be interested in collaborating: saltwater/brine, CO2-rich flue gas, alkaline waste materials.

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Carbon-Negative Biomineral (Hemp) Structural Insulated Wall Panel System

Citizens for Clean Energy, Inc.
The Hemp Co2llective
Durango, Colorado

Key words: Hempcrete, Biochar, Structural Panels

Industrial hemp removes carbon from the air via photosynthesis faster than any other agricultural rotation crop. This project, the first of its kind in the Four Corners region, will build carbon negative wall panels for an 1,800 ft^2 two story office warehouse to demonstrate hempcrete structural panels that sequester carbon in the wall structure. The project will also store carbon in the form of biochar in cementitious building materials.

This project is working to expand impact by seeking additional funding to acquire equipment that will further support standardization, pace and scale. Learn more and support this expansion effort here.