Advanced Biomaterials Heading link
The focus of Advanced Biomaterials at MoDSE Lab is to explore the intricate relationships between the structure, properties, processing and functions of high-performance materials derived from lignocellulosic biomass. We cover numerous aspects of materials science and engineering such as synthesis, structure, mechanical, chemical, and optical, in addition to the various applications. Our goal is to capture the most exciting advances of lignocellulosic materials within this field to provide a better tomorrow.
Biotechnology Heading link
The focus of our Biotechnology team centers on advancing the understanding and application of bioconversion processes, particularly anaerobic digestion for the sustainable transformation of biomass into valuable bioproducts. At the core of our research is a commitment to molecular-level innovation. We delve into the molecular mechanisms of microbial and enzymatic activity that drive bioconversion, aiming to optimize and tailor these biological systems for maximal efficiency and specificity.
Our team is dedicated to exploring the genetic and metabolic pathways of microorganisms used in anaerobic digestion, employing tools from molecular biology and genetic engineering to enhance their performance. We also focus on the enzymatic aspects of biomass conversion, investigating enzyme-substrate interactions. This scientific endeavor is intertwined with an overarching goal of sustainability, ensuring that our research contributes to the development of environmentally-friendly and economically-viable bioproducts. By bridging fundamental science with applied biotechnology, we aim to pioneer new methodologies and bioproducts that support a sustainable future.
Green Chemistry and Catalysis Heading link
The focus of the green chemistry and catalysis team is the optimization of novel catalytic and solvolytic methods for depolymerization and upgrading of lignocellulosic biopolymers. Through the synthesis of novel ionic liquids, the application of cosolvents under various temperature and pressure conditions, and the characterization of reaction kinetics and mechanisms, the green chemistry and catalysis team aims to develop one-pot biomass treatments which improve overall process sustainability of waste biomass valorization.