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Published by: Safe H-DRI

The Chair of Thermal Processing Technology (TPT) at the Montanuniversität Leoben focuses on innovative research in high-temperature process technology, modeling and simulation of reactive flows and process and plant safety.

Our high-temperature processing team tackles metallurgical and engineering challenges with a strong emphasis on recycling, heat recovery, and industrial furnace technology. The modeling and simulation group develops advanced computational tools to study and optimize complex reactive flow processes, with a strong focus on combustion and industrial burners, industrial kilns, self-heating processes, gas and dust explosions. In process and plant safety, we specialize in fire and explosion prevention, self-heating of bulk materials, and emergency response.

Role in the project

MUL-TPT supports the following research:

  • Investigation of the self-heating behavior of H-DRI
  • Assess the explosibility of H-DRI fines

Team

Christoph Spijker coordinates the activities at the TPT-MUL in this project and performs the numerical investigations of self-heating of the H-DRI. Aleksandra Semenova work in the research area analyses of H-DRI stability, safety-related issues like dust explosions and reuse of H-DRI fines.

Aleksandra Semenova

Christoph Spijker

Contact

Christoph Spijker (christoph.spijker@unileoben.ac.at)

Alkesandra Semenova (aleksandra.semenova@unileoben.ac.at)

Find out more about this partner

https://unileoben.ac.at

https://www.tpt-unileoben.at/

About the author : Safe H-DRI

Our Partners

The consortium of the Safe H-DRI project consists of 20 partners including steel producers, plant supplier, logistics providers, RTOs, and universities from Austria, Germany, Netherlands, Beglium, France, Spain and Italy. All of them have outstanding know-how in ironmaking and bulk solid transportation.
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