A Dual-Benefit Climate Solution for Aviation
DM-XTech's Lower Carbon Aviation Fuel (LCAF) simultaneously reduces carbon emissions and contrail-forming soot, offering a pragmatic, scalable, and cost-effective pathway to a cleaner sky.
Aviation's Dual Climate Challenge
This section outlines the core climate problem facing the aviation industry. To achieve true sustainability, we must address not only the widely discussed CO₂ emissions but also the significant, immediate warming effects of non-CO₂ impacts, primarily contrails. The industry's current focus leaves a dangerous "contrail blind spot" that requires an immediate, targeted solution.
The Problem with CO₂-Only Strategies
The global aviation industry is committed to net-zero CO₂ emissions by 2050. However, scientific consensus shows that contrails—ice clouds formed from engine exhaust—may contribute as much or more to global warming as all of aviation's cumulative CO₂ emissions. Current solutions like Sustainable Aviation Fuel (SAF) and operational changes face major hurdles in cost, scalability, and effectiveness, particularly in targeting contrails.
The Contrail Effect
Contrails trap heat in the atmosphere, creating a significant, near-term warming effect. Their impact is short-lived but continuous, making their mitigation one of the most immediate and effective actions the industry can take to reduce its climate footprint.
The LCAF Solution: Targeting Both Problems at Once
This section introduces DM-XTech's LCAF as the definitive answer to aviation's dual climate challenge. LCAF is not just another fuel; it is an engineered solution designed for dual impact, compliance, and immediate real-world deployment. Here, we explore the science and strategic design that make LCAF a superior choice.
Drop-In & Compliant
Fully ASTM D1655 compliant, LCAF works with all existing aircraft and infrastructure. No modifications needed.
Scientifically Engineered
LCAF's production pathway minimizes aromatic content, the precursor to soot, directly reducing contrail formation.
CORSIA Ready
Meets ICAO's LCAF criteria, ensuring a lifecycle GHG reduction of at least 10% and eligibility for global decarbonisation schemes.
The Dual-Benefit Advantage
LCAF's core innovation is its simultaneous attack on aviation's two primary climate impacts.
Contrail Mitigation: With an aromatic content of just 8.5% (vs. ~18% in Jet A-1), LCAF drastically cuts soot particle emissions—the seeds of contrails.
Net-Zero CO₂ Pathway: Through a combination of decarbonised inputs, process efficiencies, and robust carbon offsetting, LCAF delivers a fully carbon-neutral footprint.
8.5%
Aromatic Content
~18%
Jet A-1 Average
Data-Backed Evidence
Claims require proof. This section presents the empirical data from testing conducted by the University of Sheffield's Translational Energy Research Centre (TERC). Interact with the charts to see a direct comparison of LCAF versus conventional Jet A-1 under different engine loads, proving LCAF's superior emissions profile.
TERC APU Emissions Analysis
Soot Particle Number Reduction
Fewer particles means fewer seeds for contrail ice crystals.
Soot Particle Mass Reduction
Lower mass indicates cleaner, more complete combustion.
Other Gaseous Emissions
LCAF reduces soot without negatively impacting other key emissions like NOx.
The LCAF Advantage: A Superior Proposition
This section provides a clear, strategic comparison of LCAF against other alternatives. While SAF is a critical part of the future fuel mix, LCAF offers a more pragmatic, scalable, and holistically effective solution for the near-to-mid term. The table below outlines the key differentiators that establish LCAF's superior value proposition.
| Feature | DM-XTech LCAF | HEFA-SAF | Conventional Jet A-1 |
|---|---|---|---|
| Est. Cost vs. Jet A-1 | Lower than most SAFs | High (2-4x) | Baseline (1x) |
| Scalability | High (uses existing infra) | Moderate (feedstock limited) | High |
| Direct Contrail Mitigation | High (by design) | Medium-High (secondary benefit) | Low (baseline soot) |
| Net-Zero CO₂ Pathway | Yes (with offsets) | Yes (inherent) | No |
An Invitation to Lead the Future of Aviation
Ground-based tests are complete and the results are compelling. The critical next step is to validate LCAF's performance in real-world flight demonstrations. We are seeking visionary partners and investors to help us achieve this milestone and accelerate the deployment of this transformative technology.
First-Mover Advantage
Gain early access to a breakthrough climate solution and establish leadership in the growing market for non-CO₂ impact mitigation.
Tangible ESG Impact
Align your organization with a scientifically-backed project that delivers significant, measurable environmental benefits and addresses global climate targets.
Strong ROI Potential
Invest in a scalable, cost-effective technology poised for market disruption and widespread adoption, offering attractive financial returns.