Peter Simon Claus Schulze
Peter is is adjunct researcher at the Nord Univerisity with tight bounds to the microalgae producing industries. Previously, he completed his professional education as an electrician in the field of solar energy, a BSc in Marine Biotechnology from the University of Applied Science in Bremerhaven (Germany), a MSc in Aquaculture from the University of Algarve in Faro (Portugal) and a PhD in Aquatic Biosciences from Nord University in Bodø (Norway). During his research career at different research institutions in Europe and Israel, he published multiple peer-reviewed articles on algae, focusing on improving growth and biomolecule production. As former Innovation Manager of the GreenCoLab, he acquired know-how about the whole algae value chain from lab to industrial scale production towards final product development as well as environmental and economic assessments. As an algal biotechnologist, he has profound skills in project elaboration and coordination (e.g., Horizon Europe LOCALITY, COSEC, XTREMOLIFE, I3-4 SEAWEED, EEA ALGACYCLE, PT2020 ALGAESOLUTIONS), innovation management, business development and leading scientific workgroups.
Peter S.C. Schulze is preparing to share his expertise in algal biotechnology through teaching, focusing on the fascinating and impactful field of microalgae biotechnology. His planned topics aim to provide students with a comprehensive understanding of microalgae, covering their biology, cultivation techniques, and diverse applications.
Peter S.C. Schulze is a distinguished researcher in algal biotechnology. His extensive body of work revolves around harnessing the potential of microalgae for sustainable energy, environmental solutions, and high-value bioproducts. Schulze has explored innovative cultivation methods, such as leveraging light-emitting diodes (LEDs), to optimize growth conditions and enhance the biochemical profiles of microalgae. His research has also investigated the role of microalgae in CO2 mitigation and wastewater treatment, contributing to global environmental sustainability.
Recently, Peter's focus has shifted towards the heterotrophic cultivation of microalgae—an approach that allows algae to grow in the absence of light by utilizing organic carbon sources. This method opens up new possibilities for cost-effective and large-scale production. Additionally, his work on strain improvement techniques aims to enhance the productivity and efficiency of microalgal strains, ensuring they are better suited for industrial applications.
Furthermore, Peter has dedicated significant efforts to the production of pigments, such as astaxanthin, carotenoids, and phycobiliproteins. Astaxanthin, in particular, is a powerful antioxidant with applications in nutraceuticals, cosmetics, and pharmaceuticals. By optimizing cultivation conditions and employing advanced biotechnological strategies, he has enhanced the yield and quality of these valuable compounds. Peter's research not only paves the way for innovative technologies but also underscores the versatility and sustainability of microalgae as a resource for diverse industries.