bioCircular Loop
Recorded live at the Pitch Perfect Bioeconomy event in Brussels, this episode features Marc Lankveld, Founder of Tasseikan [https://tasseikan.nl], on building a biotech route to replace PET with a bio-based alternative. Tasseikan develops a fermentation process that converts sugar into FDCA, a building block for PEF, a bioplastic designed to substitute PET in packaging. Think bottles, food packaging, and applications where strength and gas barrier properties really matter. Unlike PLA, PEF is not biodegradable. It is meant to be recycled. The goal is not compostable plastic, but a drop-in, high-performance alternative to fossil-based PET. Marc shares the full journey. It started 15 years ago at Delft University, was scaled once inside Corbion, paused when strategic priorities shifted, and then rebuilt from scratch. Today the company is back in pilot phase and preparing for the next step: a demo facility. A few key themes from the conversation: * Scaling is not just about the process. You need the application and value chain ready as well. * Strategic partnerships matter. Tassekan works contractually with Technip Energies, keeping agility while leveraging large-scale engineering expertise. * Entrepreneurs need optimism, but also realism. * Plan for success. And plan for what could go wrong. One line that sticks: think big, act small. Scaling bio-based plastics is a long game. It requires patience, partnerships, and the ability to deal with whatever situation comes next. If you’re working on bio-based materials or industrial biotech, this episode is a grounded look at what rebuilding and scaling really takes. This episode is part of a Miniseries powered by Bio Base Europe Pilot Plant [https://www.bbeu.org/] and Pitch Perfect Bioeconomy [https://www.pitchperfectbioeconomy.eu/].
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