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Plasma sources

Development and characterization of atmospheric pressure plasmas is a core competence of INP Greifswald. Various methods and systems are developed depending on the specific application and customer requirements. Precise characterization of the sources and basic knowledge of plasma parameters and processes makes it possible for us to selectively design new processes, or optimize existing technologies.

The objective of our activities is research and development of integrated atmospheric pressure plasma systems as new production tools, or for use in environmental technology and the healthcare sector. For these tasks, the INP has special laboratories in which plasma sources can be designed and created or characterized via plasma diagnostics. Moreover, the activities are supported through an extensive research infrastructure of the entire institute, which in addition to state-of-the-art methods of plasma diagnostics, also offers a microbiological laboratory, a cell culture laboratory, plasma chemical analysis, environmental monitoring systems, and diagnostics for surface properties and material properties. 

Technological equipment

  • Rapid prototyping and plasma sources design
  • Design and set-up of problem-adapted plasma sources, e.g. for surface treatment, plasma medicine, decontamination
  • Electrical measurement technology – optical emissions spectroscopy extending down to the VUV range
  • Support of clinical partners
  • Gas analysis (FTIR, GC, GC/MS, FID; sensitivity to approximately 2 ppm)
  • Plasma source and process development for room air hygiene, exhaust gas treatment and plasma-chemical synthesis
  • Characterization of gas-phase chemistry in plasmas
  • Electrical measurement technology
  • Optical emissions spectroscopy
  • Time-correlated single photon counting with time resolution in the sub-nanosecond range
  • Field trials with mobile gas analysis equipment
  • Design and set-up of pulsed high-voltage supplies for pulsed plasmas and pulsed electrical fields (bioelectrics)
  • Generation of plasmas in water and other liquids
  • Electrical measurement technology
  • Liquid analysis (GC, HPLC)
  • Imaging processes (ICCD camera, framing camera) and optical emissions spectroscopy
  • Design and set-up of problem-adapted plasma sources for plasma medicine and decontamination


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