Götz Markus How can the Valley of Death be overcome in process development? A discussion based on the example of a lignocellulosic HMF-biorefinery

To tackle the climate crisis, greenhouse gas emissions from fossil sources must be stopped, and biobased chemicals and materials must be promoted. This requires a transformation from a petroleum-based economy to a bioeconomy. In the chemical industry, this shift has been referred to as "Green Chemistry" since the 1990s, but only a small fraction of chemicals are currently biobased. This dissertation examines, using the example of a lignocellulose biorefinery that produces platform chemicals like hydroxymethylfurfural (HMF) from Miscanthus, the obstacles to its implementation. A major challenge is the "valley of death," caused by a lack of investment in technology transfer from research to practice. Using business design and literature studies, it is shown that commercialization fails due to a lack of evidence for scalability, economic viability, and sustainability. The study tests the lignocellulose biorefinery concept for scalability and feasibility. Simulations demonstrate scalability. A techno-economic analysis (TEA) considers the necessary biomass supply and refutes concerns about biomass availability. The work also addresses the economic viability of the products. A value-based pricing model shows how higher prices for biobased chemicals can be justified. The environmental sustainability is evaluated through a life cycle assessment (LCA), which identifies Miscanthus as more advantageous compared to fructose. By integrating transdisciplinary methodologies, including process engineering, chemistry, agricultural sciences, economics, and innovation management, a comprehensive concept for a biorefinery is developed. This provides a foundation for attracting investors and partners and bringing innovative technologies into practice. EAN: 9783844096781 Farbverschnitt: Generell werden die Bücher ohne Farbverschnitt geliefert, auch wenn die Abbildungen einen Farbverschnitt zeigen. Erscheinungsjahr: 28.10.2024 Autoren: Götz, Markus Seitenzahl/Blattzahl: 150 Keyword: HMF; biobased chemicals; biorefinery; business design; process development Fachschema: Ackerbau~Feld (landwirtschaftlich)~Landwirtschaft / Ackerbau Länge: 210 mm Breite: 148 mm Höhe: 10 mm Gewicht: 225 gr Produktform: Kartoniert Genre: Sozialwissenschaften/Recht/Wirtschaft