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Professorin Dr.-Ing. Irina Smirnova

Address Technische Universität Hamburg
Institut für Thermische Verfahrenstechnik
Eißendorfer Straße 38
21073 Hamburg

Projects

As Applicant
- Current projects
  - Development and experimental validation of a molecular dynamic simulation method to predict adsorption isotherms of proteins (Research Grants)
  - Design of Redox Biocatalysis in Deep Eutectic Solvents (DESiRE) (Research Grants)
  - Development of a continuous scalable process for the production of bio-based aerogels. (Research Grants)
- Completed projects
  - Einfluss der Funktionellen Gruppen von Silica Aerogelen auf die Adsorption und Freisetzung der Wirkstoffe. (Research Grants)
  - Synergieeffekte in gemischten Mizellen und Liposomen: experimentelle und theoretische Untersuchungen (Research Grants)
  - Integrated process for production of bio-based aerogels (Research Grants)
  - Mixed micellar systems in continuous countercurrent extraction columns for biocatalytic reactive separations (Research Grants)
  - Adsorptive precipitation of polar organic substances in biopolymer aerogels from ternary supercritical fluid mixtures (Priority Programmes)
  - Thermodynamics for the Stabilization of Amorphous Active Pharmaceutical Ingredients via Polymer-Based Formulations (Research Grants)
  - Enzyme-catalyzed reactive distillation: extension to multistep chemoenzymatic processes (Research Grants)
  - Strategy development for the coating of open-pore structured, nanoporous materials with low density (Research Grants)
As Participating Researcher
- Completed projects
  - GRK 2462: Processes in natural and technical Particle-Fluid-Systems (PintPFS) (Research Training Groups)
As Project Head
- Current projects
  - Stimuli-responsive polymers for self-regulating reactors: From basic phenomena to reactor design (Collaborative Research Centres)
  - Materials for SMART reactors: Thermodynamic and kinetic modelling of responsive materials (Collaborative Research Centres)
As Co-Investigator
- Current projects
  - Chemically and structurally directed shape morphosis in hybrid aerogels for bone tissue engineering - Toward designing smart biomimetic 3D scaffold for bone cancer therapy and bone repair (Research Grants)

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