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Tommy Öman

Senior Forskare

Tel
+46 10 228 49 42
Email
tommy.oman@ri.se
Location
Öjebyn (Piteå)
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Project

Efficient recycling of composites via pyrolysis at industrial relevant scale

Material recycling of complex composites is required to improve resource efficiency and promote the circularity. One possible technology to enable the recycling of both fibers and polymers is pyrolysis. In this project, the entire…
Project

Process simulation of compression moulding – implementation and integration

Development of a more reliable virtual design & manufacturing system for composites that enables vehicle components to be manufactured cost-effectively with 20 percent less material used and 30 percent shorter lead times that …
Service

Thermal analysis of composite materials - DSC

DSC – Differential Scanning Calorimetry is a very useful thermal analysis method. It is commonly used in the development and characterization of various composite materials.
Service

Void content measurements of composite material

Void content measurements is an effective method to examine and analyse the quality of a composite material. The method is simple and fast to conduct on cut-off samples.  
Expertise

Chemical recycling of plastics

Chemical recycling complements the mechanical recycling of plastics, textiles and glass/carbon fiber composites. Through chemical recycling mixed, aged and End-of-Life plastic streams may be recycled. This enables our already used…
Expertise

Material development of fibre composites

Fibre reinforced polymer composites, i.e. plastics reinforced with thin fibres, are mainly used in products requiring high stiffness and strength in combination with low weight.