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Our innovative approach to carbon sequestration sets us apart, offering you a chance to be at the forefront of a movement that's reshaping industries and landscapes.
Partner with UsScaling carbon sequestration to gigatons per year is an ambitious endeavor that demands a collective commitment across various sectors. At Carboniferous, we understand that meaningful change requires collaboration and partnership. That's why we've already forged strategic alliances with farmers, logistics experts, sensor developers, equipment providers, and esteemed research institutes.
Whether you're a pioneering innovator, an industry leader, or an organization dedicated to environmental responsibility, we invite you to join us on this transformative mission. Together, we can pave the way for a greener and more resilient world.
We're actively seeking like-minded people and organizations who share our vision and passion for a sustainable future. Together, we can combine our expertise, resources, and determination to make a profound impact on carbon sequestration efforts.
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.
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.
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.
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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.
Learn MoreAnoxic 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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