A low-carbon
olefins production
technology.
A new generation of electrically activated conversion technology, for more efficient, competitive and lower-carbon chemical processes.
We make the transition
possible.
01
The challenge.
Decarbonise chemical production of olefins and circular-olefins, while maintening performance and competitiveness.
02
Our belief.
Industrial transformation does not always require changing the chemistry. It can begin by changing how the process is activated.
03
Our response.
Electrically activated conversion technology designed for integration into industrial processes.
04
Our impact.
Better yields, lower enery consumption and more circular, competitive value chains.
At the core, an electrified
catalytic technology.
Direct and targeted induction heating, with significantly lower operating temperature. Designed to limit heat loss and enable rapid process response.
Change the reactor.
Keep the infrastructure.
Steam Cracker Unsuitable Feedstocks · Pyrolysis Oil · Pyrolysis gas
bobine reactor
Olefins
A step change in performance.
Study conducted by an independent firm. Comparison with conventional Plastic to Olefins (PtO) value chain. Based on post consumer waste, available on market.
Conversion rate
Energy demand
Production cost
CO₂ emissions
From lab to industrial
deployment.
v2 pilot unit is operational. The technology is beyond laboratory research – real continuous-run data, moving toward demonstration scale.
Let's build the next route to olefins, together.
