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Laboratory of molecular science and engineering -research and personel

Laboratory of molecular science and engineering -research and personel

The Laboratory of Molecular Science and Engineering consists of five major disciplines in chemistry and chemical engineering: Analytical Chemistry, Inorganic Chemistry, Organic Chemistry, Physical Chemistry, and Polymer Technology. We educate masters and doctors with versatile knowledge in chemical phenomena within fundamental molecular chemistry and chemistry in industrial processes.

Our research areas include developing chemical sensors, nanomaterials for energy technology, synthesis of drugs, development of medical materials and flame retardants, and chemistry in combustion processes. The research in these five main areas has several competencies:

Analytical chemistry

  • chemical sensor systems for on-line process analysis, in-situ environmental monitoring and clinical diagnostics
  • wearable electrochemical sensors and biosensors for personal health monitoring
  • advanced functional materials for applications in electrochemical sensors, batteries and supercapacitors
  • new receptor molecules and signal transduction principles for ion-selective electrodes
  • theoretical modelling of membrane potentials

Physical chemistry 

  • colloidal materials and dispersions, surface phenomena and interfacial forces as well as computational chemistry
  • design and processing of materials: biocompatible and hierarchical materials, self-healing systems, solar cells and sensor platforms for food, pharma and environmental applications

Inorganic Chemistry

  • chemical phenomena in high-temperature processes, especially in biomass combustion
  • computational fluid dynamics modelling and thermodynamic modelling of inorganic high-temperature processes
  • properties of bioactive glasses and ceramics for controlled tissue interactions in medical devices
  • refining of inorganic metals from side streams and waste materials

Organic Chemistry

  • sustainable chemical and catalytic technologies for small molecule synthesis
  • new functional molecules and materials derived from carbohydrates, wood extractives, hemicelluloses and lignin

Polymer technology

  • Catalyst development, synthesis of functional monomers, innovative plastic additives, tailor-made polymeric materials and polymer characterization.
  • Current Focus: Design of green flame retardants, barrier films and wood coatings, adhesives, plastic electronics, biopolymers and scaffolds for tissue engineering, polymer recycling.
  • Instrumentation: NMR, TGA/FTIR, DSC, SEC, DMTA, cone calorimeter, LOI and UL94. Complete reactor systems for addition (emulsion, suspension and slurry) and condensation polymerizations.

Teacher

Johan Bobacka, professor, Analytical chemistry
Research profile

Patrik Eklund, senior Lecturer, Organic chemistry
Research profile

Leena Hupa, professor, Inorganic chemistry
Research profile

Tan Phat Huynh, associate professor, Physical chemistry
Research profile

Rose-Marie Latonen, university teacher, Analytical chemistry
Research profile

Reko Leino, professor, Organic chemistry
Research profile

Tom Lindfors, associate professor, Analytical chemistry
Research profile

Jan-Erik Lönnqvist, university teacher, Organic chemistry
Research profile

Jouko Peltonen, professor, Physical chemistry
Research profile

Tiina Saloranta-Simell, senior lecturer, Organic chemistry
Research profile

Thomas Sandberg, university teacher, Physical chemistry
Reseach profil

Jan-Henrik Smått, senior lecturer, Physical chemistry
Research profile

Johan Werkelin, senior lecturer, Inorganic chemistry
Research profile

Carl-Eric Wilén, professor, Polymer technology
Research profil

Maria Zevenhoven, university teacher, Inorganic chemistry
Research profile

 

Mailing address:

Åbo Akademi University
Laboratory of Molecular Sciences and Engineering
Faculty of Science and Engineering (FNT)
Henrikinkatu 2
FI-20500 Turku

Updated 23.8.2021