FUEL AND ENERGY / MEASUREMENT

Make the calculation
traceable.

Keep the baseline, operating normalization, observation window and annualization assumptions separate.

01

Baseline

The baseline covers 90 days of operations across 118 vehicles at one depot.

02

Post-change observation

Normalized fuel intensity fell 8.1% over the full 31-day post-change period.

03

Annualized estimate

Annualized estimates: 168,339 litres of fuel, $260,925 in fuel costs and 448 tonnes of project-level CO₂e, projected from the measured 31-day result.

04

Scenario model

The calculator multiplies annual baseline litres by the assumed reduction and fuel price. Emissions estimates use 2.66 kgCO₂e per litre.

05

Accounting boundary

Calculate project emissions, fuel costs, labour, reporting costs and internal carbon value separately. Carbon credits and corporate inventory adjustments require their own verification and accounting.

CALCULATOR

Litres saved = annual baseline litres × assumed reduction
Fuel cost saved = litres saved × fuel price
Tonnes CO₂e avoided = litres saved × factor ÷ 1,000

PUT SUPRAOS TO WORK

Define an operating result you can measure.

Start with a commercial outcome worth changing.