Dutch study sets principles for responsible carbon removal

By Elena Vasquez

A newly published Dutch study concludes that carbon dioxide removal should occupy the smallest possible role in national mitigation, not become a substitute for cutting greenhouse-gas emissions at source.

Klimaatonderzoek Initiatief Nederland (KIN) commissioned the study; researchers from the University of Twente, Delft University of Technology and Deltares co-wrote it. The team examined what responsible carbon dioxide removal research and governance could look like in the Netherlands, concentrating on the framework around those technologies rather than a single project.

The publication functions more like a governance blueprint than a build permit: it names no operating removal plant, Dutch capacity total or construction schedule. For operators, that means the study tests conditions for responsible development before it counts projects or announced capacity.

What does the study require of carbon removal pathways?

The authors assessed a broad set of CDR pathways, comparing each method’s potential benefits and impacts alongside its uncertainties and risks. The review covers the technologies as research and governance options, rather than presenting them as operating Dutch assets.

They evaluated those pathways against competition for resources within the Netherlands and the CDR monitoring and risk-management tools available to the country. This brings infrastructure constraints and oversight capacity into the same assessment as removal performance.

The authors said responsible CDR requires a “demonstration of maximum mitigation ambition,” alongside limiting removals’ role “to a minimum in mitigation ambitions.” In practical terms, the framework treats removal as a limited supporting tool rather than the centerpiece of national climate strategy.

The report finds that Dutch knowledge about the availability and effectiveness of many CDR approaches remains largely unknown. The Netherlands also lacks adequate regulatory frameworks, leaving developers without a settled structure for testing, monitoring, risk management and deployment.

Public perception and acceptance will determine whether promising methods gain enough social support to operate. The study therefore treats public consent for CDR as a condition for successful implementation, alongside technical performance and regulation.

Why do benefits and burdens matter?

CDR produces impacts beyond reducing atmospheric greenhouse gases. The researchers warn that the technologies can create conflicts of distributive justice when the benefits and burdens of development do not circulate fairly among the parties involved.

That concern extends beyond the volume of carbon removed. Decisions about where projects operate, which resources they use and how their risks are managed can distribute benefits to one group while concentrating burdens on another.

The study also warns that mitigation deterrence can lead to long-term harm. Its minimum-role principle aims to prevent CDR from weakening efforts to reduce emissions directly, while its justice principles aim to keep deployment aligned with social and ecological responsibility.

How should the Netherlands measure net removal?

For operators, the material chain begins with removal and extends through storage; a claim of net removal therefore has to account for process emissions rather than only carbon captured. That reframes monitoring as a measurement requirement across the pathway, not a single step at the point of capture.

The authors recommend tracking the greenhouse gases emitted by the CDR process so that reported removals reflect the net effect. Without that accounting, a project could count carbon taken from the atmosphere while overlooking emissions generated during its operation.

The duration and security of CO2 storage also rank as critical safeguards. Those factors affect whether a claimed removal delivers lasting benefits and whether storage failures or inadequate protection could shift risks onto future generations.

What changes for developers and funders?

For project developers, the framework raises the bar before construction or commissioning. Pathway assessments must account for resource competition, uncertainty, potential impacts, monitoring limits and risk-management tools. The report does not replace engineering or permitting requirements, but it sets wider tests for calling a Dutch CDR project responsible.

For research funders and public agencies, the study calls for responsible research funding practices and more concentrated development of responsible research collaborations. KIN’s commissioned work points to a need to align funding decisions with the principles the authors developed, not merely support additional removal experiments.

The framework calls for decisions that respect “procedural justice,” which it links to inclusive and equitable decision-making. Researchers, authorities, developers and affected communities therefore have a role in evaluating pathways, rather than leaving deployment decisions solely with technical or financial actors.

What milestone comes next?

The immediate milestone is Dutch adoption of adequate regulatory frameworks for CDR. The report identifies regulation as a central gap, alongside limited knowledge about pathway performance and the availability of monitoring and risk-management tools. It sets no adoption deadline, leaving the timing of that framework as the key issue to watch.

The decisive next step for projects is an adequate Dutch regulatory framework; until the country adopts one, the study leaves the route from responsible research to responsible deployment unresolved.