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 Geophysical Services

    Tunnelling
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  Metal Objects & UXO´s
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  Groundwater & Geotechnics
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Company Profile
         
Headquarters in Mainz, Germany		  

GET - GEO EXPLORATION TECHNOLOGIES - is a German geophysical service company experienced in exploration of subsurface structure and ground characteristics across the world since 1986.

GET performs state-of-the-art ground-based geophysics for geotechnical projects in the application fields groundwater, rock and soil engineering, environment as well as UXO-detection and maintains a modern portfolio of geophysical equipment.

Furthermore it conducts some unique and innovative techniques; like BEAM® ground prediction system for the tunnelling industry as well as HYDROSCAN® geophysical onshore and offshore exploration of hydrocarbons  and ORESCAN® for detection and mapping of ore deposits and ore concentration potential.

The company is led by the geologist and geophysicist Dr. Arnim Kaus and the economist Dipl.-Oec. Wolf Boening. In total 10 geophysicists and geologists are available for reliable accomplishment of customized projects across the world.

Furthermore following companies act as our representatives in their countries, especially for the application of BEAM system: ANBEL S.r.l. (Italy), SUMPER S.L (Spain), EPC (China) and EARTHTEK Ass.Ltd. (Canada, North America).
 
 

Developed Systems:

The following in-house developed and patented systems are in successful commercial use:
         
         

BEAM® - Bore-Tunnelling Electrical Ahead Monitoring is a tunnel-geophysical method and instrument system for real-time ground prediction while TBM boring.
 more...
           
         

HYDROCSCAN® - acronym for Hydrocarbon Scanning - is an innovative airborne and ground geophysical seismo-electromagnetic technology. It is based on the well established electromagnetic (EM), induced polarization and passive seismic principles.
 more...
 
 


Publications, e.g.
                     

ORESCAN® - is a innovative airborne and ground geophysical seismo-electromagnetic technology for detection and mapping of ore deposits and ore concentration potential
 more...
 
           

  • Kaus, A. & Leipziger, K. (1982): Structural Geology within the Area between Ouro Preto and Mariana in the Southeastern Part of the Quadrilatero Ferrifero, Minas Gerais, Brazil.-ZBL.Geol.Paläontol. Teil I, (3/4):482-492 

  • Greiling, R., Kaus, A. & Leipziger, K. (1984): Tectonic Setting and Geochemistry of Seve-Metabasites at the Northern Margin of the Grong District (Caledonides of Central Norway); Meddelanden fran Stockholms Universitets Geologiska Institution, Nr. 255

  • Schenk, Effler, Kaiser, Kaus & Wilhelm (1989): Ingenieurgeologische Erkenntnisse beim Bau flachliegender Tunnel der NBS Hannover-Würzburg im Bereich der Projektgruppe Nord und Mitte.-Ber. 6.Nat.Tag.Ing.-Geol., Bensheim

  • Kaus, A. (1992): Entwicklung und Anwendung strukturgeologischer und geoelektrischer Untersuchungsmethoden zur Erkundung von Gebirgsdurchlässig-keiten und –hohlraumanteilen.- Mitt.Ing.-u.Hydrogeol., Heft 45, 142 S., Aachen, Dissertation an der RWTH Aachen bei Prof. Dr. K.-H. Heitfeld und Prof. Dr. V. Haak (Universität Frankfurt)

  • Kaus, A. (1996): Geoelektrische Azimutsondierungen zur räumlichen Erfassung felshydraulischer Eigenschaften – Grundwasser und Rohstoffgewinnung, Geo-Congress2, Hrsg. Merkel,Dietrich,Struckmeier,Löhnert, Bergakademie  Freiberg

  • Radinger, A., Scheibe, R., Lehmann, B., Kaus, A. (2003): Die Geophysik im Einsatz zur Karst- und Erdfallerkundung im Zuge von Hochleistungsstrecken. In: Felsbau 21 S. 42-49

  • Kaus, A. & Boening, W. (2005): BEAM Bore-Tunnelling Electrical Ahead Monitoring Real-time Ground Prediction While TBM-Drive, IV UN-ITA Workshop Gibraltar Strait Crossing, Madrid

  • Kaus, A., Kopp, Th., Lüdde, M., Yaramanci, U., Hertrich, M., Löffler,M.J., Ehlen, T. & Oberschelp, W.(2005): Development of the SPIN-Instrument System for Nuclear Magnetic Resonance Exploration and Monitoring of Subsurface Carbon Dioxide Storage (SPIN), Geotechnologien Science Report: Investigation, Utilization and Protection of the Underground, ISSN: 1619-7399

  • Kaus, A. & Boening, W. (2008): BEAM - Geoelectrical Ahead Monitoring for TBM-Drives, Geomechanik und Tunnelbau , 1. Jahrgang, Heft 5, S. 442-449, Geomechanics and Tunnelling Oct 2008, p. 442-449

  • Kaus, A. (2009): Entwicklung des SPIN-4000 Instrumenten-Systems zur Erkundung von Geothermalwasser-Vorkommen mittels spektraler nuklear-magnetischer Sondierung, TIB Technische Informationsbibliothek Hannover
   
             

GDH - Geoelectrical Determination of Hydrogeological Parameters is an  geoelectrical azimuthal DC-sounding method and system for groundwater exploration and well site location in fractured, karstified and faulted hard rock formations.
 more...
 
             

Further innovative methods and installations for utilization of geothermal energy are planned within R&D projects funded by the German Ministry of Environment in 2011 to 2013.
 

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