Judy El Jablaoui

At its core, Zeopore addresses a fundamental limitation in standard zeolites: their microscopic, "bottleneck" pore structures that slow down chemical reactions. Zeopore applies proprietary mesoporization technologies to create high-quality transport highways within these crystals. By introducing a secondary network of larger pores (mesopores) without sacrificing the zeolite’s essential framework, they significantly increase accessibility and molecular diffusion. The result is a more efficient catalyst that delivers higher yields, better selectivity, and longer lifespans. This innovation is critical for the energy transition, as it enables the cost-effective conversion of biomass and plastic waste into valuable fuels and chemicals. Essentially, Zeopore transforms traditional catalysts into high-performance tools for a sustainable, circular economy, making industrial processes cleaner and more productive. The result is, a catalyst of: \- drop in nature \- advanced performance (vs benchmark) \- Low carbon footprint