Abhirami Sreeprakash

Investigated the optimization of sugar-based mesoporous carbon synthesis via an ionothermal route, building the process from concept to a reproducible lab procedure across multiple trial iterations. Developed a scalable process concept for each step of the synthesis pathway, supporting its feasibility for industrial application. Designed and optimized washing protocols and salt-recovery methods from washing solutions, enabling reuse of process media and improving resource efficiency. Led a literature revie

Sorted and analyzed experimental data from solids handling and dust separation experiments using Python, improving data accessibility and interpretation. Analyzed and summarized process parameters at lab and pilot scale, enabling a smooth transition from lab to pilot-scale production. Built a strong working knowledge of chemical processes and process flow diagrams, contributing to team discussions on process optimization and design. Conducted literature reviews and presented findings to the team, fostering

Contributed to the Solids Handling & Dust Separation team, covering filling, dosing, transport, storage, and separation processes. Researched advanced solids characterization methods, evaluating measurement effort and applicability to industrial processes. Implemented new solids characterization techniques in the laboratory, optimizing procedures and protocols. Analyzed data and prepared detailed reports summarizing findings and recommendations. Collaborated cross-functionally with scientists, engineers, an

Created study materials to help students grasp complex chemical engineering concepts. Designed quizzes to assess student understanding and track learning progress. Erstellte Lernmaterialien, um Studierenden das Verständnis komplexer verfahrenstechnischer Konzepte zu erleichtern. Entwickelte Quizfragen zur Überprüfung des Lernfortschritts und Verständnisses der Studierenden.

Areas focused: • Knowledge about the biorefinery concept and integrated downstream processes that convert biomass into multiple products of bioenergy, biomaterials and biochemicals with emphasis on green chemistry and sustainability principles. • Understanding of different bioreactor operatin

Areas Focused: • Profound knowledge in mechanical and energy process engineering and conceptual design of unit processes. • Understanding the complex structure of biogenic resources and development of novel processing steps for biogenic resources. • Comprehensive technical and methodological

• Strong foundation in Mathematics, Physics, Chemistry and engineering principles. • Profound theoretical and practical knowledge in chemical unit operations and processes as well as reaction engineering. • Focused on heat, mass and energy transfer operations along with laboratorial experience in s