A carbon-capture project spends its capital turning a flue gas into a captured tonne of CO2. That tonne feels like the finish line. Financially, it is the starting line, and the distance between a captured tonne and a tonne that has earned its keep is where projects quietly lose money.
Published 20 September 2026 · Download the PDF (9 pages)
Europe has built the demand. The Emissions Trading System puts a price on emitting, and treats a tonne that is captured and permanently stored as a tonne you do not surrender an allowance for. The Net-Zero Industry Act sets a European target for injection capacity. Around them a market for removals and for captured-carbon offtake is forming. The economics exist. The problem is that none of that value is paid against a tonne. It is paid against the evidence for a tonne.
The allowance gap. Under the trading system, the relief from surrendering an allowance applies to CO2 that is captured and permanently stored, verified under the monitoring rules. A tonne you captured but cannot yet prove was stored and verified is, for the compliance year in front of you, still a tonne you surrender an allowance for. You paid to capture it and you pay again to cover it. The chemistry happened; the accounting did not.
The credit gap. A removal unit or an offtake volume is sellable only if its chain of custody is unbroken and its MRV is complete: which capture batch, which transport, which store, verified by whom, against which methodology, on what date. Break one link and the unit is not sold at a discount. It is not sold. A buyer under scrutiny does not want a cheaper tonne. They want a defensible one.
The financing gap. A lender advances against inventory it can audit. Captured tonnes whose evidence is scattered across spreadsheets, verifier emails and a folder nobody owns are not collateral a credit committee will size debt against. The project is then financed as if the tonnes did not exist, which is to say under-financed against its own output.
None of these three is a capture-technology problem. The capture plant works. The loss is in the distance between a physical tonne and its provable, financeable record, and that distance is made of missing dates, unlinked batches, a methodology version nobody pinned, and a verification cycle that closed after the compliance deadline rather than before it.
That is the same shape of problem that swallows permitting time, and it has the same answer: make the record explicit, current and evidenced, so the value the project has already created actually converts.
MitOS runs a carbon module built around the one thing the money depends on: the defensible tonne.
A batch ledger with chain of custody. Every captured batch carries its origin, its transport, its store and its verification, linked, so a tonne can be followed from flue to formation without leaving the record.
MRV and verification cycles, with claim tie-out and methodology tracks. What was measured, under which methodology version, verified by whom and when, tied out to the claim it supports. When a verifier or a registry asks how a number was reached, the answer is one place, not a reconstruction.
A credit inventory, with offtake and transport cost books. What exists, what is verified, what is committed, what is sellable, and what each tonne costs to move and store, so a margin is a fact rather than an estimate.
A financing desk that sizes debt the way a lender would. The verified, bankable inventory feeds a full-life model on a lender basis, so the tonnes you can prove become the debt capacity you can raise.
Books that are tamper-evident. The record carries a content fingerprint, so what you show a buyer, a lender or a registry is provably the record you kept.
The module does not create value out of nothing. It stops created value from leaking, and it does so at three points that are all denominated in the reader's own numbers, not ours:
The value at risk in any period is, simply, the tonnes that did not convert multiplied by what each would have been worth. MitOS is built to make that number small and to make it visible while there is still time to act on it, which is the only time it is a decision rather than a loss.
A capture project is also a permitting project, a land project and a financing project, and MitOS holds those on the same line: the derived permitting path with every requirement cited to the article, documents versioned on the step they belong to with a data room for verifiers and buyers, and reports and evidence packs exported to PDF and Word from live data, each carrying a tamper-evident fingerprint. Greek, Italian and Swiss law are built in from the regulators' own texts. It runs as a desktop edition where nothing leaves your machine, or as a cloud workspace for teams.
It does not capture carbon and it does not verify it: an accredited verifier does that, and MitOS is not that verifier. It is not legal advice and it does not set the carbon price. It will not make an unverifiable tonne sellable, because nothing can.
What it does is keep the evidence for every tonne complete, current and financeable, so the tonne you captured becomes the tonne you get paid for.
Europe priced the carbon. Whether a project is paid for capturing it is still decided by how well the file is kept.
A short, focused demo on your real project stages, or the paper as a PDF to share with your team.
Legal instruments are described in substance. The official publication alone is authoritative, and MitOS is not legal advice.
Permitting energy projects is a labyrinth. MitOS is the thread.
