Our Research and Technologies

Sustainable materials for catalysis

In AMETHYST LAB, research on polymeric supports focuses on the design and development of versatile polymer-based materials that can serve as platforms for a wide range of applications, particularly in catalysis for the fine chemical and pharmaceutical industries, as well as support matrices for both organic and inorganic functional components. These systems are engineered to enhance stability, performance, and tunability, enabling their use across diverse fields such as energy technologies, including batteries and related industrial processes.

Reusable catalytic systems

New (bio)degradable polymers

AMETHYST LAB designs multifunctional monomers with cleavable bonds that can be incorporated into polymers via copolymerization with conventional monomers. This approach enables the development of materials with enhanced (bio)degradability, while ensuring compatibility, scalability, and performance in applications such as coatings, adhesives, packaging, and additives.

Controlled degradation

Polymers for energy

Polymeric materials are increasingly being used in electrical and electronic systems, including batteries for electric vehicles (EVs). In this field, AMETHYST LAB’s research focuses on the development of innovative and sustainable materials for use as solid-state electrolytes and for improving the thermal management of electronic systems.

EV batteries