Carbon Credits • ROI
Every Litre Saved Is Carbon Credit Potential
Burning less diesel for the same work means less CO₂ released into the atmosphere. DECARB lets you measure that reduction directly from your fuel logs — and turn it into verifiable carbon credits that can be sold on voluntary markets, on top of the fuel savings you already earn.
No solar panels, no new vehicles, no waiting for trees to grow. The impact starts with the first tank.
Understanding Carbon Credits
Two Markets, One Measurable Reduction
Compliance Credits
Voluntary Credits
Renewable Energy
Wind and solar farms replacing fossil fuels.
Nature-Based Solutions
Forest conservation and reforestation.
Emission Capture
Landfill methane capture and sequestration.
DECARB
Immediate impact — no infrastructure needed.
How DECARB Generates Credits
A Simple, Auditable Process
Mix DECARB into your current fuel supply, then calculate the CO₂ reduction using the accepted emission factor for diesel — 2.68 kg of CO₂ per litre. Typical fuel savings are 10–15%.
Formula
Fuel Saved (litres) × 2.68 kg = CO₂ Avoided (kg)
- Baseline — record current fuel consumption from your logs.
- Dose — add DECARB at 1 ml per litre of fuel.
- Measure — compare consumption for the same work output.
- Certify — convert litres saved into tonnes of CO₂ avoided for credit registration.
Forest trees sequester roughly 3 tonnes of CO₂ per acre per year. The 2,680 tonnes avoided in the case study equals about 894 acres of mature forest working year-round.
Case Study — @ 10% Fuel Saving
| Diesel consumption / year | 10 million litres |
| Fuel saving with DECARB | 10% |
| Diesel saved | 1 million litres |
| Cost saving (@ $0.80 / litre) | $0.80 million |
| CO₂ emission factor (diesel) | 2.68 kg / litre |
| CO₂ avoided / year | 2,680 tonnes |
Carbon Credit Revenue (@ $10 / tonne, voluntary)
$26,800 / Year
Savings Calculator
Estimate Your Fuel & Carbon Savings
Diesel Saved / Year
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Fuel Cost Saved / Year
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CO₂ Avoided / Year
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Carbon Credit Value / Year
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Estimates only. Actual savings depend on equipment, load and operating conditions. Validated ranges: vehicles 7–12%, DG sets 15–20%, mining equipment up to 12%. Request a site-specific assessment.
Comparison
Why DECARB Wins
Compared to traditional decarbonisation approaches.
| Traditional Solutions | DECARB Solution |
|---|---|
| Solar / Wind: high upfront costs | Zero capex — mix-and-go solution |
| Tree planting: 10+ years to maturity | Instant CO₂ reduction — measurable from the first litre |
| EVs: grid & charging dependencies | Works in existing engines — ships, trucks, plants |
| Carbon projects: complex verification | Direct measurement — fuel logs prove savings |
Faster ROI
Combines fuel savings with carbon income.
Universal Application
Works across transport, mining and energy.
Stackable
Complements renewables for faster net-zero.
Audit-Friendly
ISO-compliant tracking via fuel consumption data.