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SERVICETECHNOLOGYABOUT USREFERENCESPROJECTS
 NEWS
2 February, 2017
Presentation of Ullastret Monography
MAC Barcelona


March 14, 2014:
Bradford West Yorkshire

Commercial Archaeological
Geophysics Seminar


February 3, 2014: BDG confirmed quality in professional geophysics

January 2014: Book release: Good Practice in Archaeological Diagnostics
Non-invasive Survey of Complex Archaeological Sites. Editors: C. Corsi, B. Slapsak, F. Vermeulen. Springer








 PARTNERS
COOPERATIVE PARTNERS
Archaeology
RADIO PAST
www.radiopast.eu
EU funded project
in the 7th FWP at the
University of Evora (Portugal)


Exzellenzcluster TOPOI

www.topoi.org
Freie Universität Berlin /
Humboldt-Universität
zu Berlin

Grupo ánfora, G.I.P.
www.anforagip.com
Huelva, Spain

Topographical Survey

arqueocad, S.L., Córdoba, Spain
www.arqueocad.com

Geophysical Modelling
Dr. Thomas Günther;
Hannover
www.resistivity.net

Prof. Dr. Andreas Weller,
TU Clausthal
www.ifg.tu-clausthal.de

3D models
cdmb architects, Berlin www.barlieb.com
Engineering and environmental geophysics
Geophysical investigation methods are essential tools in environmental research and geology. Our spectrum of services includes the investigation of natural geological structures, e.g. in pilot surveys for dike construction work. Further application in civil engineering are for example utility detection or materials research. For further information about geophysical methods in engineering science and geology, see below.


Fields of APPLICATION
Geotechnical Investigations - Flood protection Non-destructive Testing (NDT) Cavity Detection Utility DetectionGeotechniCAL INVESTIGATION - FLOOD PROTECTIONNEW TECHNOLOGIES IN FLOOD PROTECTION
Today geoelectrical measurements are a standard method for dike investigations. Therefore a number of longitudinal geoelectric profiles is mesured beside and on top of the dike. Up to several kilometers can be realized in one day of field work. Detailed investigations are carried out by means of IP soundings, geoelectrical cross-sections including microtopographical survey and
3D Electrical Resistivity Tomography (ERT). The latter yields very precise images of complex underground structures.
Flooding of River Elbe in 2002

Geotechnical section of a dike

3D INVESTIGATION OF GEOLOGICAL BARRIERS
Location and material parameters of natural geological barriers are investigated using the Eletrical Resistivity Tomiography (ERT). The geophysical data helps to find optimal drilling sites reducing exploration and remediation costs.



EXPLORATION OF MINERAL RESOURCES
Near-surface geophysics is widely accepted in the exploration of mineral resources like sand, gravel and clay. Furthermore electric and magnetic methods are applied in the search for ore deposits. They are also used to define sediment structures or the depth of the basement rock. Geophysical prospection results allow optimal sites for drilling and sampling to be found.

Geological section in mining area


NON-DESTRUCTIVE TESTING (NDT)
LOCATION OF CONSTRUCTION ELEMENTS
The ultrasonic method and the high-frequency GPR are effecttive tools in the field of Non-destructive testing (NDT). Thereby GPR is a unique device when it comes to concrete inspection and reinforcement detection. Multi-frequency investigations are possible and ensure reliable results.

11. ZFP_Radar2.jpg
Turnbuckles in prestressed concrete detected by GPR


CAVITY Detection
DETECTION OF NATURAL AND ARTIFICIAL CAVITIES
Disused mines pose threats due to unknown cavities in the ground. In built-up areas geophysical methods are often the only possibility to assess subsidence damages. To locate cavities and delimit areas of secondary effects like fracture zones we apply Electrical Resistivity Tomography (ERT).


Geoelectrical measurements on pavement



UTILITY DETECTION
CABLES AND PIPES (METALLIC AND NON-METALLIC)
Network plans are not necesarrily accurate. Incomplete information on cables and pipes can result in misguided digs and infrastructure damage. For utility detection magnetic and electromagnetic methods are useful in the case of metallic pipes and cables. GPR is the best choice to locate non-metallic objects.


Utility detection by geomagnetic mapping (area 50 m x 50 m)


11. Leitungsverlauf_GPR.png

Network of pipes according to GPR data

CONTACT
Burkart Ullrich, Cornelius Meyer (info@eastern-atlas.com )
 DOWNLOAD
ARCHAEOPROSPECTION
Brochure (German)
download


TECHNOLOGY
Geomagnetics (German)
download
IP geoelectrics at slag heaps (English)
download
(Poster at Conference on "Early Iron in Europe – Prehistoric and Roman Iron Production", Hüttenberg, Austria, Sept. 2008)


ENGINEERING AND
ENVIRONMENTAL GEOPHYSICS

Geophysics in civil engineering
download
(Excerpt of a dissertation at
TU Berlin by Dipl.-Ing. Holger Böhm, in German)


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