Reducing Aviation’s Climate Impact

DM-XTech UK Ltd presents tLCAF.
The ASTM D1655-compliant aviation fuel solution addressing CO₂, Contrails, non-volatile Particulate Matter (nvPM or Soot) and SO₂.

Proposal: Flight Demonstration Partnership

THE URGENCY: EU Regulation 2024/2493

The European Union has set a strict timeline for aviation decarbonization. The First Reporting Deadline is March 31, 2026. Airlines operating in the UK and EU must demonstrate tangible steps towards monitoring and reducing non-CO₂ effects (contrails, SO₂).

Status Quo is no longer an option. Financial and reputational risks increase daily.

2026
Deadline Approaches
Today ......................... Mar 31

Holistic Emission Reduction

Conventional SAF often focuses only on CO₂. tLCAF addresses the "Full Climate Scope" including Contrails and Sulphur Dioxide (SO₂), which are responsible for a significant portion of aviation's radiative forcing.

Competitive Economics

While the Flight Demonstration phase requires a premium (2.5x Jet A-1) for pilot production, our refinery model achieves cost parity with fossil Jet A-1 at scale—a massive advantage over other SAF pathways.

Technical Readiness: ASTM D1655

Drop-In Ready

No engine modifications required. Fully compatible with existing infrastructure.

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Non-CO₂ Effects

Drastic reduction in aromatics and sulphur, mitigating contrail formation.

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Scalable Production

Pilot plant blueprints ready. Refinery scaling plan achieves cost parity.

Strategic Roadmap to March 2026

1

Q1-Q2 2024

Agreement & Funding

Secure Airline Partner. Establish Pilot Plant funding.

2

Q3-Q4 2024

Pilot Production

Produce test batch of tLCAF. QA/QC verification.

3

2025

Flight Demonstration

Commercial flight demo. Data collection on contrails.

4

Mar 2026

Regulation Deadline

Full compliance reporting. Refinery Expansion.

Why tLCAF Wins: The Science

Recent studies indicate that non-CO₂ effects (like contrail cirrus) may account for up to 2/3 of aviation's total climate impact.

  • Sulphur (SO₂): Near-zero content in tLCAF eliminates sulphate aerosol formation.
  • Aromatics: Optimized composition reduces soot, the nuclei for persistent contrails.
  • CO₂: Significant lifecycle reduction compared to fossil sources.