Chapter 01 · Climate & transitionCarbon Markets & Offsetting
Engineered carbon removals
Definition
Engineered carbon removals are technology-based approaches intended to remove carbon dioxide from the atmosphere and store it durably.
References
This reference provides supporting context for how “Engineered carbon removals” is defined and used.
Overview
What it means in practice
Engineered carbon removals should be read as a decision term, not simply as a label. Its practical meaning depends on the boundary being assessed, the accounting or governance purpose, and the evidence used to support the claim.
In practice, users should ask what is being measured or governed, who is relying on the term, and what would change if the term were applied differently. That discipline keeps engineered carbon removals from becoming a shorthand that hides assumptions.
Why it matters
Carbon-market terminology can create a false sense of precision when units, claims and accounting boundaries are not separated. Engineered carbon removals matters because it affects whether a climate claim is traceable, exclusive and proportionate to the evidence behind it.
Common misconception
A common error is to treat engineered carbon removals as proof of climate benefit by itself. The stronger approach is to identify the programme rules, accounting boundary, ownership trail and claim being made.
Review questions
What boundary does the term cover? What evidence would prove or narrow the claim? Who could reasonably misunderstand the term if the context is not stated?
How it is used
Governments, companies, investors and technical teams use “Engineered carbon removals” in climate strategies, transition plans, emissions inventories, scenarios and investment decisions. In each case, the user should state the relevant methodology, emissions boundary, baseline, timeframe and underlying data; otherwise, the same term may be applied to materially different situations.
In this context, it refers to technology-based approaches intended to remove carbon dioxide from the atmosphere and store it durably.