Clean energy, built for scale
From pilots to industrial capacity, Greenlyte is the catalyst for resilient energy systems that deliver carbon-neutral, cost-competitive clean fuels.
Applications
Our project pipeline
Current tab name
1
IN PLANNING
2
IN PRODUCTION
3
OPERATIONS
STARTED
4
CONSISTENT
OPERATION RUNNING
Use case
LiquidSolar GigaSAF
Scaling Liquid Solar to industrial reality – building Greenlyte’s first gigawatt-class eSAF plant from air, water, and renewable power.
MAIN FACTS & FIGURES
Approx. 400 kt of CO₂ / year
Plant capacity (in CO₂ / year)
100 kt of eSAF(approx. 100 kt of eSAF)
Produced final product
TBD
Location
2030
Planned year of deployment
1
IN PLANNING
2
IN PRODUCTION
3
OPERATIONS
STARTED
4
CONSISTENT
OPERATION RUNNING
Use case
LiquidSolar Methanol
Powering shipping and chemistry with air – modular DAC and hydrogen systems delivering renewable e-methanol at scale.
MAIN FACTS & FIGURES
Up to 1,400 tons of CO₂ / year
Plant capacity (in CO₂ / year)
Up to 1.000 tons of eMethanol / year
Produced final product
Marl, Germany
Location
2026/2027
Planned year of deployment
PARTNERS
PUBLIC FUNDING INSTITUTIONS
1
IN PLANNING
2
IN PRODUCTION
3
OPERATIONS
STARTED
4
CONSISTENT
OPERATION RUNNING
Use case
LiquidSolar SAF
Pioneering direct air-to-jet fuel at Düsseldorf Airport – bringing Liquid Solar SAF production to where the demand takes off.
MAIN FACTS & FIGURES
1,200 tons of CO₂ / year
Plant capacity (in CO₂ / year)
250 tons eSAF / year
Produced final product
Düsseldorf, Germany
Location
2027/2028
Planned year of deployment
PARTNERS
1
IN PLANNING
2
IN PRODUCTION
3
OPERATIONS
STARTED
4
CONSISTENT
OPERATION RUNNING
Use case
LiquidSolar SNG
Turning air into synthetic natural gas — coupling DAC and green hydrogen for scalable, renewable gas production.
MAIN FACTS & FIGURES
40 tons of CO₂ / year
Plant capacity (in CO₂ / year)
5 tons SNG / year
Produced final product
Duisburg, Germany
Location
2025/2026
Planned year of deployment
PARTNERS
PUBLIC FUNDING INSTITUTIONS
Use case
LiquidSolar DAC
Unleashing fully integrated DAC with autonomous carbon absorption-desorption – setting the new baseline for scalable, affordable carbon capture.
MAIN FACTS & FIGURES
5 tons of CO2 / year
CO₂ Captural
Carbon & Hydrogen
Produced final product
Essen, Germany
Location
2024/2025
Planned year of deployment
PUBLIC FUNDING INSTITUTIONS
Our partners
.png){kind=logo}
.png){kind=logo}
From lab to industry
Our upscaling story
USE CASES
One system. Multiple outputs. Infinite potential.
.svg)
PARTNER WITH US
Get in touch to experience Liquid Solar.
Oops! Something went wrong while submitting the form.