Why carbon removal credibility starts with developer execution
Biochar was expected to bridge the gap between pilot-scale innovation and industrial carbon removal.
In 2025, nearly three-quarters of biochar projects revised their delivery forecasts downward. https://www.linkedin.com/company/gosupercritical/posts/?feedView=all
That is not a failure of biochar. It is a signal that execution risk has been underestimated at the project level.
Scaling carbon removal is not a forecasting problem; it is an operational one.
What delivery revisions actually tell us
Most downward revisions emerge at the same moment: when projects move from plans to physical execution.
Permits take longer. Feedstock logistics tighten. EPC timelines slip. Commissioning yields disappoint. MRV systems lag production.
None of these are surprises. They are structural risks that should be designed into delivery plans from the start.
When forecasts are revised, the real question is not volatility—it is whether original delivery claims were grounded in evidence or optimism.
Delivery risk is not external. It is designed.
Delivery risk is often framed as something buyers must absorb through diversified portfolios.
That framing misses the core issue.
Delivery risk is largely determined by how developers sequence, govern, and evidence execution.
Projects that assume immediate ramp-up, uncontracted feedstock, parallel commissioning and MRV, or “later-stage” compliance are not unlucky when delivery slips. They are under-specified.
What credible developers do differently
High-integrity carbon removal projects separate ambition from deliverability.
They:
- Distinguish nameplate capacity from creditable issuance
- Phase delivery conservatively in early years
- Lock feedstock, logistics, and MRV before scaling output
- Publish buffers transparently
- Treat forecast revisions as exceptions, not norms
This discipline doesn’t slow projects down. It protects credibility when scrutiny begins.
The real question for the market
The future of carbon removal does not hinge on how well buyers absorb underdelivery.
It hinges on whether developers take ownership of delivery risk—and design projects that make underdelivery measurable, explainable, and temporary.
Biochar remains one of the most durable carbon removal pathways available.
Its success will be determined not by chemistry, but by execution.