Share:

Stacy Trey

Projektledare

Tel

+46 73 841 64 86

Email

stacy.trey@ri.se

Location

Kista

I am a researcher in the group Polymera Materials and Sustainability. My specialty is in finding solutions when it comes to material selection depending on the application. My expertise includes predicting the lifetime of materials based on accelerated aging studies that could be performed in harsh environments. Root cause analysis (RCA) of failed parts is also a type of project that I enjoy working with.

+ Show more

Ask me about

Ask me about

Swedish Battery Industrialisation Centre (SweBIC)

This project aims to investigate the prerequisites required to establish a national technical infrastructure for battery cell- and material production in order to support the battery industry development. Focus is on the infrastru…

Fiber Optic Moisture Measurement in Transformers

The moisture content of the oil and the insulating material is an important parameter for determining the health condition of a transformer. Availible sensors only measure an average of oil bulk. Using a fiber optic probe, the moi…

Testbeds for graphene-based product innovation

This project will map testbeds, competences and infrastructures in Sweden, that can support companies in different phases of graphene innovation. The project has also identified the need for education and a formal network in the a…

Plastics in electric machines: Ageing mechanisms and the development

The transition to a society with electrical vehicles requires improved power and long-term reliability of the electrical machine. A key component to improve is the plastic insulation around copper wires and other electrical compon…

Design and optimization of plastic/composite materials for batteries

It is important to choose compatible polymers that can withstand metal salt solutions or strong acids/bases depending on the battery system. We can help in this process by advising and testing polymer compatibility under a range …

Durability/Compatibility testing of polymers components in batteries

It is important that the plastics used in batteries, including the components separator, binder, electrolyte, and electrodes are able to withstand metal salts, harsh acids and bases that can be used as electrolytes under cycled or…

Battery materials

Batteries are vital in securing the transition to a fossil-free, electrified society. Finding sustainable material solutions is crucial – accessing critical raw materials and developing new, high-performance, sustainable material …

Plastic Durability Investigations

All types of materials degrade over time, not only depending on the material itself but also on the surrounding environment, where durability can be defined as the ability to remain unchanged for a long time. We evaluate long-term…

Corrosion Properties of Polymers, CPP

In the membership program, we focus on polymeric materials and build relevant data that can be used for safe, reliable and cost-effective use in corrosive environments.