Overview
Norsk e-Fuel is a Norwegian technology company founded in 2019 to drive the transition to renewable aviation and sustainable fuels. The company specializes in Power-to-Liquid (PtL) technology, converting captured atmospheric CO₂ and water into synthetic fuels and chemical feedstocks using renewable electricity. Beyond aviation fuels, Norsk e-Fuel is expanding into bioplastics through a strategic partnership with Braskem, creating e-Naphtha for plastic applications.
Core Technology: Power-to-Liquid (PtL)
Process Overview:
- Captures CO₂ directly from the atmosphere (Direct Air Capture - DAC)
- Uses renewable electricity to convert CO₂ and water
- Applies Fischer-Tropsch synthesis for fuel and chemical production
- Creates synthetic hydrocarbons equivalent to crude oil derivatives
CO₂ Capture Technology:
- Direct Air Capture (DAC) using Climeworks systems
- Modular CO₂ collectors (stackable for scalability)
- Industrial-scale CO₂ extraction
- Carbon-negative production process
Production Process
Power-to-Liquid Pathway:
- Direct air capture of atmospheric CO₂
- Renewable electricity-powered conversion
- Fischer-Tropsch synthesis to hydrocarbons
- Separation of fuels and chemical feedstocks
- Refined products equivalent to fossil fuels
Output Products:
- Synthetic fuels (e-fuels)
- e-Naphtha (chemical feedstock)
- e-Crude oil equivalents
- Bioplastics feedstocks
Bioplastics Connection: Braskem Partnership
Strategic Collaboration (2024+):
- Partnership with Braskem (global polymers leader)
- Development of e-Naphtha for plastics applications
- Goal: Circular plastics from captured carbon
- Creates carbon-neutral bioplastics
e-Naphtha for Plastics:
- Versatile feedstock for polymer production
- Performance equivalent to conventional plastics
- Sourced from captured atmospheric CO₂
- Enables circular economy in plastics industry
- Projected: ~25% of Norsk e-Fuel’s output as e-Naphtha
Production Facilities & Scale
Facility Timeline:
- Project Mosjøen (Norway):
- First facility producing 50 million liters of e-Crude
- Up to 80% converted to sustainable aviation fuel
- Ongoing construction/development
Expansion Plans:
- Target: At least 3 plants operational by 2032
- Combined capacity: >200,000 tons/year of e-Fuels
- ~50,000 tons/year potential e-Naphtha output
- Global deployment strategy
Sustainability Impact
Climate Benefits:
- Carbon-negative production (removes CO₂ from atmosphere)
- Renewable electricity powered
- Replaces fossil fuel extraction
- Circular economy in plastics and fuels
- No land use or agricultural impact
Resource Efficiency:
- Uses captured atmospheric CO₂ (waste material)
- Renewable energy powered
- Water as byproduct (not consumed)
- No competing land claims
- Scalable with renewable energy availability
Market Applications
Primary: Sustainable Aviation Fuels
- Drop-in replacement for jet fuel
- Reduces aviation emissions
- Supports global decarbonization
Secondary: Bioplastics (Growing)
- e-Naphtha for polymer production
- Carbon-neutral plastic materials
- Circular economy applications
- High-performance bioplastics
Competitive Advantages
Technology:
- Power-to-Liquid feasibility demonstrated
- Braskem partnership validates polymer applications
- Scalable manufacturing process
- Renewable electricity dependent (cost declining)
Sustainability:
- Genuine carbon-negative impact
- No agricultural/land trade-offs
- Atmospheric CO₂ utilization
- Renewable energy integration
Market Timing:
- Growing demand for sustainable aviation fuels
- Regulatory pressure for emissions reduction
- Bioplastics market expansion
- Carbon capture technology maturation
Strategic Vision
Norsk e-Fuel’s approach:
- Transition from fossil fuel dependence to carbon capture
- Enable circular economy in fuels and plastics
- Support decarbonization across industries
- Create scalable, renewable-powered production
- Position Norway as sustainable fuel/chemical leader
Last updated: February 27, 2026