Jean Saayman

Background

About Jean Saayman

Passionate about transforming ideas into game-changing technologies, I specialize in taking complex processes from concept to commercial reality. With over a decade of industrial R&D experience—spanning energy, pharmaceuticals, green technologies, and advanced materials—I’ve designed and scaled systems that push the boundaries. My expertise lies in reactor engineering, hydrodynamics, process modeling, and automation, with hands-on leadership in developing pilot plants, scaling up novel processes, and transferring technologies across the lab-to-industry spectrum. From fluidized bed gasifiers and advanced pyrolysis systems to bioreactors, pharmaceutical production and carbon capture, I thrive at the intersection of fundamental science, digital tools, and industrial applications.~~What drives me?~~ Building sustainable processes that don’t just optimize today’s operations, but reimagine what’s possible for tomorrow. Whether it’s turning biomass into clean energy, designing reactors for carbon-neutral industries, or rethinking GMP-compliant processes, I’m committed to creating technologies with real impact.~~ Highlights ~~- Designed, scaled, and commissioned multiple reactor types- Led novel pyrolysis and carbon capture projects, collaborating with leading Canadian universities and industry partners- Guided the scale-up of Active Pharmaceutical Ingredient (API) processes and established GMP-compliant manufacturing facility- Designed automated systems, deployed in long-term unattended field operations- Developed custom models and algorithms to better understand hydrodynamics, transport phenomena, and reaction kinetics—bridging fundamentals with large-scale industrial application- Extensive hands-on work with process modeling, PLCs, tomography, and computer algorithms, enabling smarter control systems and data-driven reactor design- Co-authored peer-reviewed publications, international standards contributions, and patents.~~ What I Bring ~~- A rare blend of deep technical expertise in chemical engineering fundamentals and practical experience in industrial operations- Advanced capabilities in process modeling, programming, and control systems to simulate, optimize, and automate complex industrial processes- Proven leadership in multi-institutional collaborations, mentoring engineers-in-training, and driving complex projects to completion. Always open to connecting with industry leaders, innovators, and organizations rethinking how we produce energy, materials, and medicines. Let’s build the future together.