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Key question

What is the most effective strategy to offset unavoidable carbon emissions through voluntary carbon markets?

How It Works

Measure, reduce, then offset what remains

Carbon offsetting follows a structured sequence: first quantify total GHG emissions by source, then reduce them through operational changes, then compensate residual unavoidable emissions by purchasing verified carbon credits. The key constraint is additionality — the offset project must reduce emissions that would not have occurred otherwise. Example: a global consultancy with emissions from data centres and business travel can reduce direct emissions through renewable energy procurement, then offset the remainder via a forest conservation project.

Illustrative — emissions split by source

Project type determines both price and co-benefits

Different offset project types vary significantly in price, verification standards and sustainable development co-benefits. A company choosing between forest conservation, methane capture, reforestation or renewable energy is making a trade-off between cost, credibility and stakeholder impact. Example: REDD+ forest conservation projects satisfy up to 11 of 17 UN Sustainable Development Goals but typically carry higher prices than energy-focused credits.

SDGs covered by project type — REDD+ leads on co-benefits

Your company

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GHG emissions (tCO₂e/year)

sourcetonnes/year
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Offset strategy

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100%
100%
0%100%

Analysis Results

Emissions breakdown

Total emissions

10,000 t

CO₂e per year

To offset

10,000 t

100% of total

Already reduced

26%

via renewable electricity

Project type

Reduces deforestation and degradation, supports local communities and biodiversity

Price range (VCM)

$8–20/t

voluntary carbon market

Price range (ETS)

$50–80/t

compliance market

Annual offset cost

Carbon prices vary significantly across markets and project types. Use the slider to see cost sensitivity across the price range.

$12/t
$12
$3$100
Voluntary market lowCompliance market high

Credits needed

10,000

tonnes CO₂e/year

Annual cost

$120k

at $12/tonne

30-year commitment

$3,600k

at current price

Sustainable Development Goals covered

Each project type satisfies different UN Sustainable Development Goals beyond carbon reduction. Highlighted goals are directly addressed by the selected project.

1

No Poverty

2

Zero Hunger

3

Good Health

4

Quality Education

5

Gender Equality

6

Clean Water

7

Clean Energy

8

Decent Work

9

Innovation

10

Reduced Inequality

11

Sustainable Cities

12

Responsible Cons.

13

Climate Action

14

Life Below Water

15

Life on Land

16

Peace & Justice

17

Partnerships

Advanced Analysis

Demo uses illustrative data. In the full version — your actual emissions audit, live carbon market prices, portfolio of offset projects.

Carbon price scenario analysis across ETS and VCM marketsdemo
Optimal project portfolio balancing cost, standards and SDG coveragedemo
Scope 1, 2 and 3 emissions breakdown and reduction roadmapdemo
Hedge accounting for carbon credit purchases under IFRSdemo