Maciej Guzik

Jerzy Haber Institute of Catalysis and Surface Chemistry, Polish Academy of Sciences in Kraków

About Presenter

Maciej Guzik received his MSc in Environmental Protection from the Jagiellonian University in 2008 and completed a PhD in Industrial Microbiology at University College Dublin in 2012, where he focused on high-cell-density fermentation, PHA processing, and bacterial genetic engineering.

His doctoral research addressed the bioconversion of post-consumer polyethylene into biodegradable PHAs. After his PhD, he worked at Bioplastech, a UCD spin-out, where he led fermentation and downstream processing development. Since 2015, he has been based at the Jerzy Haber Institute of Catalysis and Surface Chemistry in Kraków, where he established a research group dedicated to biopolymers and sustainable bioprocesses. He earned his habilitation in Chemistry in 2021 and was appointed Professor of Biotechnology in 2025. His current work bridges fundamental microbiology with industrial implementation, focusing on biopolymers, circular bioeconomy, and international technology transfer.

Title of presentation
From Kraków to Argentina: Technology Transfer and Industrial Scale-Up of PHB Production
Focus Areas

Green Life Science: Innovating for a Sustainable Future

Objective: Join the leaders building sustainable biomanufacturing and agri-innovation for tomorrow.

Introduction

The collaboration with Bionbax (Argentina) represents a practical case of international knowledge transfer in the field of biopolymer production. The opportunity emerged unexpectedly, when the Argentinian partner discovered our work through an online presentation, which led to a direct approach and subsequent agreement on the sale of know-how developed in Kraków. Following the contract, a dedicated employee was trained and seconded to Bionbax, ensuring that the acquired expertise could be effectively embedded within their operations.

The project aims to implement a complete production scheme for poly(3-hydroxybutyrate) (PHB), scaling up from laboratory and pilot results achieved in Poland to a target of four industrial fermentors of 10,000 L each. Planned activities include stepwise adaptation of fermentation strategies, downstream integration, and process optimization under Argentinian conditions. Key milestones are the successful knowledge transfer, workforce training, and demonstration of high-volume PHB production.
Currently, the implementation phase is ongoing, with transferred methods being tested and adapted locally. The collaboration demonstrates how academic know-how can be transformed into industrial practice, while reinforcing international links and supporting the global development of sustainable biopolymers.