fs-CARS setup for high-temperature, high pressure spectroscopy.
Watermark

OPTICON

Optical in situ investigation and modeling of high-temperature conversion processes
fs-CARS setup for high-temperature, high pressure spectroscopy.
Image: Jan-Peter Kasper (University of Jena)
Logo Project OPTICON Logo Project OPTICON Graphic: I.Winkler (Univ. Jena, IAP)

Background of the research in the new Verbund-ZIK "OptiCon- Optical in situ investigation and modeling of high-temperature conversion processes" (Grant-ID: 03Z1H535) is the development of resource-efficient technologies for energy and material conversion, which defines new demands on technology development. The experience at the field of laser physics and modelling of high-temperature conversion processes in Jena and Freiberg will be used, to establish a new experimental and theoretical method based on an experimental material data investigation. The high-temperature reactions during the fabrication of synthesis gas will be gauged in detail and used for the development of high-resolution numerical models. The application of these numerical models ends in a time- and cost-optimized new development of resource-efficient high-temperature conversion processes in industrial scale.

In the OptiCon network, the experience acquired in coal gasification (project "HITECOM", grant-IDs: 03Z1H532, 03Z1H533) is applied to other fields of technology with high utilization potential. Particularly energy and resource-intensive high-temperature processes in metallurgy (e.g metal recycling, development of renewable raw materials) have a high savings potential in terms of their resource requirements. According to the OptiCon strategy, the key reactions should be scientifically penetrated, modeling tools for process optimization and redevelopment created, and new spectroscopy techniques developed for direct process analysis.

Roland Ackermann, Dr
Responsible Scientist
Ultrafast Optics
Portrait Roland Ackermann
IAP, Room 203
Albert-Einstein-Stra├če 15
07745 Jena

Funding