This is possible because industrialised biotechnology, not waste-to-energy, does the heavy lifting.
TITAN is not a larger version of a biogas plant. It is a different class of infrastructure: a carbon-to-molecule manufacturing platform designed for renewable gas today, SAF intermediates today, and future fuels, chemicals, materials and nutrients as microbial pathways expand.
Europe does not need symbolic carbon recycling. Europe needs industrial carbon recycling at scale.
TITAN is built for that scale.
From Project to Infrastructure
The transition to renewable molecules will not be delivered by incremental technologies. It requires platforms that operate at industrial scale, integrate with existing infrastructure and deliver multiple outputs with operational flexibility.
TITAN is designed to meet that requirement.
By combining Hydrogen Producer Gas with industrialised fermentation, and by deploying Swing–Swing operation from the outset, TITAN moves beyond single-product thinking. It creates a platform capable of supplying renewable gas, supporting SAF production and expanding into future chemical and material pathways as biotechnology evolves.
This is not a future concept. It is a deployable system.
As Europe moves to secure its energy, industrial base and supply chains, the ability to manufacture molecules locally from recycled carbon becomes a strategic capability.
TITAN provides that capability.