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MAXESS Industry arena is becoming
BEAMS for Industry

BEAMS provides access to world-leading research facilities for industry users.

BEAMS is a joint access point for industry to large research facilities like MAX IV, ESS, DESY, and the expert networks surrounding them.

Discover cases, resources, and our network of experts

Environmental Engineering and Recycling

X-rays can help stop wasting waste

Fortum Waste Solutions AB, E.ON, NOAH AS, Sysav Utveckling AB, and STENA Recycling AB
Nov 2018 - Apr 2020

Waste incineration companies working together with RISE investigated the use of synchrotron X-rays to identify nontoxic bottom ash from waste incineration that can be used as ground construction material. Bottom ash from waste incineration In Sweden, household and commercial waste that cannot be reused or recycled is incinerated, resulting in energy recovery and the generation of streams of fly ash and bottom ash as by-products. […]

Environmental Engineering and Recycling

Identifying Toxic Compounds in Incineration Bottom Ash

DESY, The Water Research Centre Limited (WRc)
Nov 2022

Studying the speciation of zinc and copper compounds in thermal treatment residues to inform waste classification. Water Research Centre Limited (WRc) and DESY collaboration.

Metallurgy and Mining

Using neutrons to tackle hydrogen embrittlement

SSAB
Nov 2018 - Nov 2019

The steel producer SSAB with the help of Swerim AB and Malmö University learns more about how to prevent hydrogen embrittlement from limiting the potential of the company’s high-strength steel products. They turned to neutron diffraction to study the material in unique ways.  A challenge to high-strength steel Hydrogen embrittlement is a complex process where materials such as steel are embrittled after being exposed to hydrogen. […]