AI Environmental Footprint Calculator

Your starting point

Annual emissions for whatever the plan covers.

Current annual emissions (t CO2-e)

The mitigation hierarchy

The tier is fixed by the kind of lever, not chosen by you. Self-classification is where a hierarchy quietly collapses, so an offset purchase cannot be entered as a reduction here.

1. Avoid
Do not create the emission at all. Changing what is built, mined or processed, or not proceeding with an activity.
2. Reduce
Do the same work with less energy or less leakage. Efficiency, recovery and loss elimination.
3. Substitute
Do the same work with a lower-emitting input. Electrification, fuel switching and low-carbon supply.
4. Remove
Take carbon out of the atmosphere, or capture it before release, and store it durably. Counted separately from avoided emissions.
5. Compensate
Purchase units representing abatement elsewhere. This addresses residual emissions after the steps above. It is not abatement by the organisation and is never reported as though it were.

Your levers

Add what you actually have. Mark honestly whether each is an idea, a study, or funded.

The shape of your plan

Tier	Abatement	Committed and funded
Avoid	0 t CO2-e	0 t CO2-e
Reduce	0 t CO2-e	0 t CO2-e
Substitute	0 t CO2-e	0 t CO2-e
Remove	0 t CO2-e	0 t CO2-e
Compensate	0 t CO2-e	0 t CO2-e

Reduction you deliver

0 t CO2-e

Everything except purchased units.

Carried by compensation

0 t CO2-e

0 per cent of the plan.

Residual after the plan

0 t CO2-e

What is left against the baseline you entered.

What stands out about the structure

disclosure

No abatement has been entered, so there is nothing yet to sequence.

ISO 14068-1· Carbon neutrality management plan

Abatement and baseline headroom

Every figure here is yours

1. Set baseline

The shape of your plan

What stands out about the structure

disclosure

Every figure here is yours

1. Set baseline

The shape of your plan

What stands out about the structure

disclosure

Declining baseline headroomFolded by default; open for model assumptions and year-by-year projections.