2009
It all started with an idea
Early laboratory experiments began with small-scale pyrolysis reactors and carbon filler samples. This stage focused on understanding tire decomposition and material recovery at the molecular level.
2011
A breakthrough moment
The development of a unique heating regime and proprietary inhibitor technology enabled stable, high-quality carbon residue recovery—paving the way for advanced rCB performance not achievable with traditional methods.
2017
From concept to prototype
A full-cycle prototype line was created, integrating advanced carbon treatment methods. Pilot batches demonstrated consistent quality and laid the foundation for future industrial-scale production.
2024
Scaling the vision
Patent applications were filed in 64 countries. Pre-design of the first full-scale factory in Israel began, alongside securing government approvals and industrial partnerships. Pilot production validated use in tire manufacturing processes.
