
Clean Fuel
Made from Sunlight
One step from CO₂ to fuel. An integrated, photosynthesis-inspired route to green methanol.
Today’s clean fuel production methods rely on multi-step, energy-intensive processes that drive up cost and complexity.
This has slowed deployment and left hard-to-abate sectors with few viable alternatives to fossil fuels.
We need a better way.
Inspired by Nature Engineered for Industry
We use a single-step, light-driven process to convert captured CO₂ and water directly into clean fuels — no electrolyser required.
Our first product is green methanol.
At the core is our proprietary catalyst, which makes photocatalysis commercially viable.
The result is a scalable, low-energy route to circular fuel production.

A New, Better Way to Make Green Methanol
Benefits
Our technology delivers practical, compounding advantages that improve operations today and strengthen resilience for tomorrow.
Reduced OPEX
In-situ water splitting and utilisation of direct sunlight eliminate electrolysers and dramatically reduces requirements for renewable energy.
Easy-to-Scale
Driven by our proprietary catalyst, we produce green methanol in a single-step process. This means lower capex and faster time to market.
Fully Circular
Our process turns an emission liability, CO2, into a revenue‑generating clean fuel, closing the carbon loop for industry.
Our Journey
JUN
25
White Lotus Energies Founded
Launched from Carbon13, Europe's leading climate-tech venture builder
AUG
25
Market Validation
Conducted 50 market inteviews and secured 4 letters of interest from industry.
SEP
25
Grant Award
Received grant award from UK Department for Transport and Connected Places Catapult to advance solar fuel innovation.
OCT
25
Proof-of-Concept
Progressed to TRL 3 with trial of novel concept, created clean methanol under direct light.

Dr. Isuru Muthukuda with the output methanol of our proof of concept testing in October, 2025.
Meet the Team
Our team unites deep technical expertise with commercial experience to turn breakthrough science into real-world impact.





