Research group of Polymer Particles and Surface Chemistry
We have a broad general expertise within polymer chemistry and polymer materials that we apply towards a range of markets. Our main focus is on developing technology for improved health, better quality of life, clean and safe energy and a sustainable environment.
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Research areas
Environment
- Gas separation including CO2 capture
- Water treatment in aquaculture and wastewater
- Sustainable biodegradable polymers/plastics
- Nano- and microplastics removal from seawater and fresh water
Health
- Nanoformulation of drugs and other molecules for therapy and diagnostics
- Medical technology and implants for sensors, catheters, injectables
- In vivo efficacy and safety of drugs
- Healthy gut, encapsulation and delivery of pre-, pro- and postbiotics
Energy
- Solid polymer electrolytes, separators, and binders for Li-ion batteries and fuel cells
- Tracing systems for well monitoring and reservoir management (CO2, oil and gas)
- CO2 separation for natural gas sweetening
- Particles and nanofluids for thermal energy transfer
Consumer and diversified products
- Encapsulation of vitamins, omega-3 and minerals in food and feed applications
- Fish vaccines formulations
- Antifouling systems for marine applications
- Immobilized enzymes for enzymatic hydrolysis of proteins
Our approach
We work with synthetic polymers, biopolymers, and inorganic polymers within:
- Organic synthesis, polymer synthesis, modification/functionalization and characterization
- Particle technology - nano- and microparticles
- Encapsulation and release from nano- and microcapsules
- Membrane preparation, modification and testing
- Interactions between polymer surfaces and biological materials
In vivo studies in rodents in relation to efficacy of drugs and safety profile.
We offer a strong competence in developing ideas into products!
Employees in the research group for polymer particles and surface chemistry
