Principles of operation

At Carboniferous we believe it’s our moral responsibility to research and pursue anoxic BiCRS as a carbon dioxide removal strategy, with the goal of understanding how it can be deployed at a relevant scale to the problem of excess carbon dioxide in the atmosphere, in order to reduce climate change and ocean acidification, all while minimizing externalities in the communities we operate in.

In pursuit of this, we commit to the following.

Open and cooperative research

All of our research will be published in peer reviewed journals to be subject to scrutiny from outside experts.  We welcome other researchers to collaborate with us to gain a deeper understanding of anoxic basins potential for CDR.

Prioritize large scale benefit

The collective benefit to society and the environment is the primary purpose of the research we’re conducting to develop and evaluate the potential for this specific climate remediation technology.  

Involve the public

Public participation in permitting, to assessments of verifiability, and environmental impact reviews are required to maintain trust with the public and an effective remediation project.  We commit to engaging with the public in our activities both on land and beneath the ocean.

What do we still need to learn? 

Our interdisciplinary team conducts research to assess the effectiveness and environmental impacts of large-scale anoxic basin carbon storage for climate mitigation, relying on rigorous and transparent methods to guide our sequestration efforts.

In Pursuit of this, We Commit to the Following
Frequently Asked Questions

Safety is the key goal at every step of Carboniferous’s process. It’s essential that we achieve safety and protection in every aspect of what we do.

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Anoxic Basins

Anoxic basins, often referred to as 'dead zones,' are crucial ecosystems with oxygen-depleted waters that are highly pertinent to carbon sequestration

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Empowering natural carbon sequestration potential. Explore the possibilities with us.
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