Our Approach to Clean Fuels Starts with e-Methanol

Why we build small to solve big.
At KonsciousPlanet, we believe the future of clean fuels lies in agile, modular systems — not megaprojects. Our approach brings practical, flexible solutions to the edge of the grid, where clean energy is often stranded and carbon intensity is highest.

Fuel First. Technology-Agnostic

At KonsciousPlanet, we start with the need for carbon-neutral methanol—whether for shipping, power, or industrial use—and build the right system to deliver it. Our approach is:

  • Fuel-first: We focus on the clean molecule that unlocks decarbonization.

  • Tech-flexible: We select electrolyzer types, CO₂ sources, and reactors based on the location and use case.

  • Deployment-oriented: We build projects that are sized right, not oversized.

Built for the Real World

Whether you’re fueling ports, planes, or factories - we design e-methanol systems that work with what’s available and where it’s needed most.

✔️ Electrolyzer Types: Alkaline, PEM, SOEC

✔️ CO₂ Sources: Biogenic, Point-source, DAC

✔️ Project Scales: On-site, Remote, Export-ready

✔️ Applications: Marine fuel, SAF blending, Distributed power

Why We Focus on e-Methanol

e-Methanol is a liquid, carbon-neutral fuel that:

✔️ Works with existing infrastructure (storage, pipelines, engines)

✔️ Enables decarbonization across hard-to-electrify sectors

✔️ Supports both domestic and export markets

✔️ Offers one of the most cost-effective eFuel pathways available

The Pillars of Our Approach

  • Modular, Not Monolithic

    We design flexible, right-sized systems that adapt to local infrastructure and demand. Our modular plants enable rapid deployment, easier replication, and capital efficiency.

  • Power at the Edge

    We tap into curtailed, off-peak, or stranded renewable electricity — including wind, solar, and waste-derived power — transforming it into eFuels near the point of generation.

  • Local Partnerships, Global Impact

    Every project is developed in close collaboration with local stakeholders. This ensures regional relevance and speeds up permitting, land access, and offtake alignment.

Backed by the Numbers

Up to 95% Built Off-Site [1]

Faster deployment, lower construction risk

70% Shorter Permitting Timelines [2]

Modular scale reduces delays

100% Drop-In Ready [3]

Works with existing infrastructure

Compared to Centralized Projects

Centralized Projects

  • Long timelines (5–7 years)
  • Grid interconnection delays
  • Permitting complexity
  • High capex and risk
  • One-size-fits-all scale

Konscious Planet Approach

  • Modular + fast (12–24 months)
  • Local energy utilization
  • Streamlined permitting
  • Lower cost, higher replicability
  • Built to fit, not force

[1] Based on Mckinsey's Modular construction: From projects to products report. Source: mckinsey.com

[2] U.S. clean energy permitting averages ~4.5 years; streamlined models like CEC reduce to ~1 year. Sources: CleanTechnica, Climate Reality Project

[3] SAF and eMethanol are ASTM-compliant drop-in fuels. Source: bp.com

From design to deployment and ongoing operations, KonsciousPlanet oversees the full lifecycle of each project — ensuring modular system integration, commercial efficiency, and reliable clean fuel delivery to our partners.