We are geoscientists, geo and civil engineers, modellers, electrical and systems engineers with a scientific background. We merge our expertise for your benefit. We'll make the most of your data, ensuring maximum security and confidentiality.
You are in need for a second opinion? We can assess your data from multiple perspectives.

A large number of special software suites ready to hand to allow us handling of nearly all common data formats which guarantees a seamless integration to your in-house workflow.

Here are some services we offer for your convenience and stimulation of ideas:

Sensor networks
Geophysical data processing (MBES, SSS, MAG, SBP, Seismic, etc.)
Feasibility study (e.g. cable route)
Assessment of geo risks
Data management of geo data
Device development
Quality assessment
Literature research

We got your attention or your service isn’t listed? Please contact us and we’ll find a solution together. We work fast, reliable, and cost efficient and as a small company we are flexible to meet your needs.

With our ongoing activity in research projects we received the award "Innovative through research" by the German Stifterverband:

Forschung und Entwicklung 2020 web en

 

Ongoing research projects:

Restrike-XL(BMWI - FKZ 0324231A)
Duration: 01.01.2018 - 31.12.2020
The aim of Restrike-XL is to investigate the phenomenon of long term increase of pile capacity for both hammer and vibratory driven offshore XL monopiles based on pile loading tests from the industrial projects VIBRO-PROJEKT and VIBRO RESTRIKE. The causes and effects of this increase in pile capacity are the main focus.

 

Finalised research projects:

Off­shore-XL-Mo­no­pi­le (BAB - EFRE funded - FKZ VEO111C)
Dur­a­tion: 06.04.2017 - 30.06.2018
We developed an advanced monitoring concept for detecting soil changes during and after installation of XL monopiles and to record the immediate influence and long term aging effect.

Vi­bro CPTu (BMWI - FKZ 0325906A)
Duration: 01.01.2015 - 31.07.2019
The project Vibro-CPTu stands for the development of an exploration method for the prediction of the lateral and axial carrying capacity of XL monopiles vibrated into the ground for the offshore wind industry.