Services
- Model calculations
- Model development
- Expert reports and studies
- Consulting
- Further education and training
- Academic research
Key Areas
- Groundwater flow
- Calculation of the drainage area of a drinking water fountain
- Prognosis of the water level changes during construction work (e.g., gravel mining, strip mining)
- Hydraulic design of sanitation measures
- Substance transfer in groundwater
- Prognosis of the spread of harmful substances (e.g., organic contaminants, nitrates)
- Development of sanitation strategies
- Quality pumping testing and evaluation
- Simulation of heat transfer
- Chemical and biochemical applications (reactive substances transfer)
- Quantification of natural pollutant reduction (natural attenuation)
- Checks of in-situ sanitation measures
- Design of biological sanitation measures
- Root cause analysis for changes in water quality (e.g., increase in sulfates, acidity)
Project Examples
- Three-dimensional modeling of substance transfers for the "aromatics field" (German: Aromatenfeld) area on the premises of the Ruhr Terminal at the German BP company site, Hünxe
- Investigation of the discharge flow area for a historic downtown area at the former chemical factory “Dr. Freund” in Sandhausen, Germany – numerical simulation for the hydraulics of various sanitation scenarios
- Model calculations for groundwater flows and heat transfer in the hydro-geothermal field of Istibanja-Vinica, Macedonia
- Model calculation to secure the drainage area in the area around the former factory premises of the company C.H. Boehringer Sohn in Hamburg-Moorfleet, Germany
- Flow and transfer model calculations for volatile halogenated hydrocarbon contamination (German: LHKW) at the company premises of the Pfalz- Flugzeugwerke company in Speyer, Germany
- Flow model calculations of the influence of planned, wet de-sanding on the groundwater levels in the area around Winkhausen, Germany (country of Paderborn)
- Model calculation of the effects of groundwater extraction on the regional groundwater flow at the premises of the MiRO factory 2
- Model calculation for reactive substance transfer in the groundwater related to the case of damages at VW Stöcken, Hall 23
- Model calculation for groundwater flow and for substance transfer in the area of the former sand wash facility at the Detlef Klein company in district of Roßstadt, lower Franconia, Germany
- Modeling of the reactive substance transfer within the scope of the plans outlined by the research association of the state of Bavaria, Germany
- Sustainable management of contaminated sites under consideration of natural purification capabilities, sub-project 5 "Case of Volatile Halogenated Hydrocarbon Contamination (LHKW) at the resin acid disposal site in Birkach near Kronach" (Germany)
- BMBF project, Controlled natural Reserve and Depletion of Contaminants (German: KORA – Kontrollierter natürlicher Rückhalt und Abbau von Schadstoffen), sub-project 3.3c "Groundwater model for the research of natural attenuation of the chlorine hydrocarbons contamination (German LCKW) in East Karlsruhe/Killisfeld" (Germany)
- Takeover of the specialist section "Hydrology" in the first expansion stage of the implementation of an e-learning course entitled "Introduction to Groundwater Flow Modelling" within the scope of the training program "Regional and International Approaches to Sustainable Cross-Border Groundwater Management"
http://www.stw.de/su/734
Legals for this enterprise profile:
Steinbeis GmbH & Co. KG für Technologietransfer | Adornostraße 8 | 70599 Stuttgart | Phone: +49 711 1839-5 |
Register Court Stuttgart HRA 12 480 | General Partner: Steinbeis Verwaltungs-GmbH (Register Court Stuttgart HRB 18 715) | An enterprise in the Steinbeis Network
Management Board: Prof. Dr. Michael Auer (Chair), Dipl.-Kfm. Manfred Mattulat | www.steinbeis.de | stw@steinbeis.de