Carbon removal projects are being implemented in real communities, showing up on farmland, near industrial towns, and in our oceans. The science is quickly advancing, with researchers learning more each year about how different approaches perform, how they scale, and what they mean for the places where they operate.
But carbon removal is not just a technical challenge. These interventions will exist in real places, affecting real communities, landscapes, and economies. As the field moves from research toward larger-scale deployment, the question of who participates in decisions and who benefits or bears risks becomes just as important as questions about chemistry, engineering, or cost.
Yet these two conversations often develop on separate tracks.
Technical discussions focus on innovation, cost curves, and how quickly we can scale. Conversations about community impact and engagement typically emerge later, once interventions begin interacting with specific places and people. Both conversations are essential. But when they move forward independently, they end up operating at different speeds, relying on different assumptions, and defining success based on differing assumptions.
This disconnect can create a familiar tension in climate work: the idea that we must choose between moving quickly enough to address climate change and moving carefully enough to build trust and legitimacy. In practice, this tension often arises because communities are asked to react to a decision rather than help shape one.
When that happens, resistance begins to grow. That resistance takes shape as project delays, legal challenges, or political backlash. Implementers may feel surprised by concerns that arise late in the process. Policymakers may struggle to navigate competing expectations about speed, accountability, and participation.
None of this is unique to carbon removal. Many infrastructure and major environmental efforts have faced similar dynamics. But carbon removal is still early enough in its development that the field has an opportunity to approach these questions differently.
This is the challenge Carbon180 decided to take on directly.
Our Science and Innovation team and Equity and Justice team began working together more closely because we recognize that public trust and technical performance are deeply connected. They reinforce one another. The science has to be rigorous: interventions have to durably remove and store carbon in ways that are environmentally safe and economically viable. At the same time, how a project is developed, including who gets a say, how impacts are evaluated, and how benefits and risks are shared, determines whether that project will succeed long term.
Moving beyond parallel conversations requires more than good intentions. It requires:
- Shared frameworks that help different groups evaluate both the technical and social dimensions of carbon removal. That shared language and understanding reduces friction and helps clarify what responsible deployment looks like in practice.
- Earlier community engagement which shifts the nature of conversations. When people have the opportunity to influence decisions before they are finalized, discussions are more likely to focus on how interventions might work in a given place rather than simply whether they should proceed.
- Recognition of local knowledge, which can improve decision-making. Communities often hold site-specific insights about ecosystems, land use, cultural priorities, and economic conditions that cannot be captured through technical modeling alone. Incorporating those perspectives early can strengthen intervention design and reduce uncertainty.
- Integration of multiple perspectives which also help address concerns about speed and scale. Carbon removal must expand rapidly to help address legacy emissions and hard-to-abate sectors.
These dynamics matter for policymakers, too. Carbon removal policies depend on political support that lasts beyond a single legislative session. Interventions that communities understand, influence, and benefit from are far more likely to generate that support than interventions perceived as externally imposed.
The same is true for investors. Scaling carbon removal will require significant capital. Investors, like communities and policymakers, look for signals that interventions are well governed, clearly defined, and positioned to operate over the long term. Reducing uncertainty around these social and institutional dimensions can make it easier for capital to flow toward interventions that are both technically credible and publicly supported.
Carbon removal will ultimately be judged not only by whether it works in theory, but by whether it can be implemented responsibly in the real world. Integrating scientific expertise with equity and justice considerations from the beginning is one way to ensure that the field develops in a way that’s both technically sound and built to last.
Edited by Jason Aul. Image by Wolfgang Weiser.