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The research institutes SINTEF Materials and Chemistry and SINTEF Petroleum Research have merged from 1 January 2018. The new institute is called SINTEF Industry.

SIP TER: Tailored encapsulation and release

SIP TER: Tailored encapsulation and release

Published 04 September 2017

In this project, we aim at increasing our competence and developing new polymer or hybrid capsule demonstrators using a range of techniques and materials. Nano- and microcapsules are currently of high interest in many applications where protection of ingredients is needed or a specific effect by controlled release is desired, e.g in food, lotions, bioreactors and paint.

SIP TER project, SINTEF

Encapsulation is a focus area to SINTEF. Typical compounds for encapsulation include flavors, fragrances, enzymes, bacteria, biocides, catalysts, drugs, monomers, nutrients, colors etc. For numerous applications, there is a need for encapsulation and (controlled) release of active substances, owing to e.g. the need for protection of sensitive substances, poor solubility of the active compound(s), or a release profile suited to the lifetime of the material. A wide variety of core materials can be encapsulated, and given the encapsulation benefits and the versatility of the methods, there are almost limitless applications for nano- and microencapsulated materials. In each case, the encapsulation/release system must be scientifically developed and tailor made to suit the requirements through research efforts.

SINTEF will extend our encapsulation competence by adding new technologies like solvent evaporation, simple and complex coacervation, spray drying encapsulation to our existing tool box of encapsulation techniques for polymer and hybrid materials.

Some examples of capsules that are developed as demonstrators in the project includes
- Capsules containing enzymes
- Capsules containing fish oil
- Capsules containing proteins

The project is an internally funded strategic project (SIP). Main contributor is the research group of Polymer Particles and Surface Chemistry.

 

Research Manager

Project duration

01/03/2016 - 30/06/2019