News from Mistra SafeChem
Here you find news from the programme.
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2025-03-20Wide range of expertise and experience on the new Mistra SafeChem board
With the second phase of the Mistra SafeChem, the programme board has gained some new members. But the experience remains, not least in the form of the chair.
2025-03-10“We expect a significant contribution to a safer and more sustainable industry”
In this second phase of Mistra SafeChem, we are pleased to have the major international players Merck and Nouryon as industrial partners, contributing valuable expertise. We asked them about their ex...
2025-02-05“We believe we can be part of the much-needed change in the chemical industry”
Industry partners are essential to the work of Mistra SafeChem. In this second phase of the programme, nine partners are contributing valuable expertise. Here we introduce three of them. More to come!
2025-01-13Patrik Andersson new programme director for Mistra SafeChem
Since the beginning of 2025, Patrik Andersson has taken over as programme director after John Munthe. As a former programme board member, Patrik is very familiar with Mistra SafeChem.
2024-12-05ProScale gets award for contribution to safe and sustainable chemicals
ProScale, a tool used to assess products' chemical risks from a life cycle perspective, has received an award from Cefic, the European Chemical Industry Council. The award recognizes ProScale'...
2024-11-14Increased international focus in phase 2 of Mistra SafeChem
Phase 2 of Mistra SafeChem is officially underway. The physical kick-off took place in Stockholm in October 2024, and the work will continue until the summer of 2028, now with an even more internatio...
2024-11-08Guidance published on how to use our toolbox for life cycle based assessments
A new report gives guidance to the use of the Mistra SafeChem toolbox for life cycle based assessments.
2024-09-09Case study uses Proscale to compare toxicity of two polyamides
A case study within Mistra SafeChem has performed a comparative assessment of the human toxicity potential via direct exposure of a polyamide produced with two different flame retardants. The study w...