We develop new catalytic formulations electrified catalysts and innovative processes to support the chemical industry in the energy transition and decarbonization.

Through structured materials, alternative heating technologies, and advanced modelling, we provide tailor-made solutions to enhance industrial process efficiency and sustainability.

Catalytically-driven hydrogen production is advancing rapidly, with solutions ranging from methanol and water conversion to methane cracking and advanced electrolysis.

The goal is to enhance efficiency, lower costs, and actively reduce environmental impact.

Electrified Catalysts

Air and Water Pollutant Removal

Hydrogen Production

Our Scientific Skills

Our scientific expertise covers the entire value chain of applied research for chemical processes, through an integrated approach that combines:

Catalyst Design and Synthesis
Advanced Photocatalysis
Reactor and Plant Design
Multiphysics Modeling and Simulation
Emerging Heating Technologies
Chemical-Physical Characterization

Thanks to
these skills

We are able to develop tailor-made solutions to optimize industrial process efficiency, reduce energy consumption, and contribute to sustainability and decarbonization goals.

Who
We Are

Proceed is led by our team of partners and executives, highly qualified professionals with strong scientific and industrial backgrounds. Below is a brief overview of their educational and professional journeys, reflecting our group’s ability to combine cutting-edge research with applied innovation.

CEO Proceed

A professor with extensive experience in catalysis and industrial chemical processes, he is Proceed’s scientific focal point. A visionary and innovator, he enthusiastically leads the group, transforming ideas into concrete solutions for the energy transition.

Partner

A professor with extensive experience in photocatalysis and its applications to the organic synthesis of molecules of industrial interest, he brings to Proceed his expertise in the development of advanced materials that are active under visible light. With scientific rigor and creativity, he contributes to the development of innovative solutions for the sustainability of chemical processes.

Partner

A professor with extensive experience in photocatalysis and its applications to the organic synthesis of molecules of industrial interest, he brings to Proceed his expertise in the development of advanced materials that are active under visible light. With scientific rigor and creativity, he contributes to the development of innovative solutions for the sustainability of chemical processes.

Partner

A researcher passionate about catalysis and innovative processes, he combines experimental and modeling skills to develop sustainable technologies. He brings enthusiasm, precision, and a problem-solving approach to Proceed, helping to transform scientific challenges into concrete opportunities.

Partner

A chemical engineer with extensive industrial experience, he has developed expertise in process design and the development of innovative catalytic solutions. At Proceed, he combines technical rigor with application vision, contributing to the transfer of technologies from the laboratory to industry.

Partner

A PhD student passionate about innovative catalysis and cold plasma, he combines creativity and scientific rigor. His team spirit and resourcefulness make him a valuable asset for the most challenging projects.

Partner

A professional with academic experience and organizational skills, he works with pragmatism and precision. He is a key figure for the group thanks to his attention to detail and pursuit of sustainable solutions.

Partner

A dynamic and enterprising chemical engineer, she specializes in the development of innovative and electrified catalysts. She brings to the team her passion for cutting-edge technologies and strong problem-solving skills.

Partner

A chemical engineer with a constant eye on innovation, she is committed to the valorization of plastic waste and biomass. Determined and curious, she approaches research with energy and creativity.

Partner

A chemical engineer passionate about catalysis and sustainability, she combines scientific expertise with analytical skills. She is a young researcher who approaches projects with precision and a proactive spirit.

Partner

A young PhD student, she brings enthusiasm and determination to the team, bringing freshness and curiosity. She stands out for her commitment to the development of electrified catalytic reactors and her ability to tackle new challenges with energy.