S&P
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S&P company profile

Schorling und Partner consults government authorities and private organisations in engineering matters. Our emphasis is on atmospheric dispersion of pollutants, dispersion of pollutants in ground water and soil as well as in complex computer applications.
We have developed numerical computer codes to allow for real-time simulation of accidental releases of pollutants of technical plants as well as nuclear power plants. Besides the computation of the spatial concentration distribution, it carries out impact assessment with respect to people and structures. Dosage models give the exposition of people and information on countermeasures. Vagen, our location
Another major interest is the simulation of traffic induced loads to people in complex terrain (buildings, orography) considering the current or anticipated traffic loads and current meteorological data. Here, Schorling and Partner has developed and validated numerical models to allow for most realistic situations. The model allows for the computation of annual means as well as the daily distribution. The results are presented in form of animations.
Furthermore, we have developed a numerical accident release model for neutral and heavy gases as well as dust, which includes the dispersion of jets and bleves, evaporation, fire and explosion. Assessment on the impact on people and structures with respect to heat and pressure are given. There is also information included on the toxicity of the gas spilled.
Last but not least, we have developed and applied software to allow simulations, in order to study accidental release of petrol from pipelines. Here, it analyses the effects due to evaportation, fire and explosions, as well as the impact to soil, waterways and groundwater.

Our customers

Owing to our commitment and technical expertise on consulting and simulation services in the field of atmospheric particle dispersions, Schorling & Partner has been contracted by organisation and authorities such as:
Ozone simulation for Vienna
  • The German Armed Forces
  • The Ministry of the Interior in Bavaria
  • The State Ministry of Landplanning and Environment in Bavaria
  • The Agency of Environment in Bavaria
  • The State Authority for Civil Engineering

  • The Meteorological Offices in Austria
  • The Technical Control Agency (TÜV) in Austria and other countries
  • The City of Linz in Austria
  • The City of Vienna in Austria
  • The City of Munich in Germany
  • The State Province of Bozen and South Tyrol, Italy

  • E.ON Kernkraft
  • Bayernwerk Kernenergie GmbH
  • Rheinisch Westfälische Elektrizitätswerke AG
  • VoestAlpine Steel Ltd.
Our range of previous project collaborations includes:
  • We have developed and installed an air quality monitoring system for five nuclear power plants in the State Ministry of Landplanning and Environment in Bavaria. For details, please refer to KKW-Online.
  • We were engaged in developing air monitoring systems for the major energy companies (E.ON, RWE) in the State of Bavaria. For details, please refer to KKW-Online.
  • We have carried out dozens of expert opinions for the state- and highway authorities on traffic-induced immissions in complex terrain.
  • For the German Armed Forces, we have developed a system to monitor radioactive threats and study the atmospheric dispersion of biological components. Furthermore, we developed and installed a model to simulate the impact of smoke released from smoke cannons at high speed.
  • For the city of Vienna, we have carried out analyses on the development of ozone due to traffic effluents.

Company history

Schorling & Partner was founded in 1993 and has a highly educated and skilled staff, with an emphasis on projects with scientific and military background.
Dr.-Ing. Michael Schorling studied aircraft construction at the Technische Hochschule, Aachen, Germany, and specialised in fluid-dynamics. He wrote his thesis on computing the shock wave of a sonic boom in a stratified atmosphere, and worked as a postdoctoral at NASA Langley, USA. He is a member of the scientific committee of the journal "Umweltwissenschaften und Schadstoff-Forschung".
Dr.-Ing. Michael Schorling has been a selected member and put under oath by the Chamber of Commerce, Bavaria, Germany. He is a member of the Arabic-German Union for Trade and Industry.
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