Carbon Footprint of FTC Decarbonizer and Its Role in Reducing Scope 1 Emissions
Cost Effective Maintenance has completed an ISO 14067–compliant carbon footprint assessment of the FTC Decarbonizer. This cradle-to-gate analysis establishes a benchmark for the product’s embodied emissions and highlights its potential role in reducing Scope 1 emissions from diesel use.
Background
For sectors such as mining, transport, and construction, Scope 1 emissions from diesel combustion remain a significant challenge in decarbonization planning. Identifying technologies that can improve fuel efficiency and reduce direct emissions is therefore critical.
To support this, the FTC Decarbonizer was evaluated under ISO 14067 guidelines, providing a transparent baseline for both product footprint and potential emission reduction strategies.
Carbon Footprint Results:
ISO 14067
- Product footprint: 2.46 kg CO₂e per litre of FTC Decarbonizer (cradle-to-gate).
- Methodology: Fully aligned with ISO 14067 standards, using Ecoinvent emission factors and OpenLCA 2.5.0 modelling.
Emissions Reduction results
Commissioned by BHP Billiton (2007), UWA conducted an independent evaluation of FTC/FPC diesel combustion catalysts.
- Fuel savings: 2.4%–4.2% (up to 5.6% in some trials)
- Emission reductions: smoke (up to 39%), CO (22%), UHC (15%).
These results place the FTC Decarbonizer within an industry-credible benchmark range, while also identifying opportunities for further reductions through supplier and process optimization.
When combined with findings from the University of Western Australia on combustion efficiency, the data suggests that improved diesel performance can translate into both emissions and cost savings.
Scope 1 and Scope Benefits for High Emitters
For industries with large diesel fleets, even modest efficiency improvements can provide significant benefits:
- Fuel efficiency gains: Conservative improvements of 0.5–1% can deliver substantial CO₂e reductions at scale.
- Low embedded footprint: The product’s embodied carbon is small compared with the savings from reduced diesel use.
- Carbon liability management: Lower diesel consumption reduces exposure under the Safeguard Mechanism and decreases the need for carbon offsets.
- Operational resilience: Improved fuel efficiency helps mitigate exposure to fuel price volatility.
- ESG alignment: Documented Scope 1 reductions strengthen compliance, investor reporting, and supply chain requirements.
In effect, the additive offsets its own footprint and enables a net Scope 1 reduction pathway for heavy emitters.
Example Application
For a large mining fleet, use of FTC Decarbonizer can deliver:
- Significant Scope 1 emissions reductions aligned with regulatory targets.
- Reduced reliance on offsets, lowering long-term compliance costs.
- Immediate operational savings from reduced diesel demand.
This illustrates how targeted fuel interventions can serve as practical levers in corporate decarbonization strategies.
Conclusion
Independent ISO 14067 assessment and university-led research confirm that FTC Decarbonizer diesel additive is a scientifically validated, low-carbon intervention for diesel-reliant industries. Laboratory and field studies consistently demonstrate fuel efficiency gains of 2.4–5.6% and significant emission reductions, while the ISO analysis shows the additive’s embodied footprint is small compared with the savings it delivers.
The technology requires no engine modifications, reduces soot and engine wear, and is compatible with biodiesel. For large-scale operators, these efficiency improvements translate into measurable Scope 1 emission reductions, lower reliance on carbon offsets, and substantial cost savings—making FTC/FPC a practical tool for both decarbonization and operational performance.
A practical pathway for Scope 1 emission reductions, operational savings, and improved resilience in sectors where diesel use remains unavoidable.
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