Logo RUB
  • Home
  • Members
    • Structure
      • MRD Scientists
      • MRD Speakers
      • MRD Board
      • MRD Alumni
    • Early Career Researchers
      • ECR Scientists
      • ECR Representatives
  • Research
    • Research at MRD
      • Publications
      • Fields of Expertise
      • Research Projects
      • Meet our Researchers
    • Partners
      • ZGH
      • Incubator Materials
      • Materials Chain
      • National Partnerships
      • International Partnerships
  • News & Events
    • News
      • RUB News
      • MRD News
      • Newsletter Archive
    • Events
      • Talks & Seminars
      • Conferences
      • ECR Events
      • MRD Industry Day
  • Education
    • Studying Materials Science at RUB
      • B.Sc. Study Programs
      • M.Sc. Study Programs
      • Doctoral Programs
    • International Lectures
      • Summer term 2023
      • Winter term 2022/2023
      • Archive – Teaching
  • Contact
 
Materials Research Department
Materials Research Department
MENÜ
  • RUB-STARTSEITE
  • Home
  • Members
    • Structure
    • Early Career Researchers
  • Research
    • Research at MRD
    • Partners
  • News & Events
    • News
    • Events
  • Education
    • Studying Materials Science at RUB
    • International Lectures
  • Contact
Home » Current activities » News » RUB News » RUB News Details

- Ruhr-Universität Bochum

Jonas Thiel (left) and Achim von Keudell (right) are optimizing the tornado plasma technology for various applications. © RUB, Kramer
Plasma Physics

In the eye of the plasma storm

Using plasmas, researchers want to make the production of hydrogen and steel more environmentally friendly. The key to their success is a tornado they create in the laboratory.

At Ruhr University Bochum, the team from the Chair of Experimental Physics led by Achim von Keudell, is developing plasma techniques to make hydrogen and steel production more sustainable. By creating a rotating plasma - a “tornado plasma” -within a reactor, they achieve temperatures up to 5,500 °C, splitting methane into hydrogen and solid carbon or reducing iron ore with a much lower CO₂ footprint. Using light spectra from the glowing plasma, the researchers fine-tune these processes to approach optimal, climate-friendly industrial conditions.

Read original article

back
Published
October 8th, 2025
Author
Julia Weiler
Logo RUB
Ruhr-Universität Bochum
Universitätsstraße 150
44801 Bochum

SOCIAL MEDIA

  • LinkedIn
Seitenanfang Kontrast N
  • LinkedIn