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borehole logging

Working from Geoquip Marine’s drill ship Seehorn, Robertson Geo logged five boreholes, drilled using Geobor S, with depths to 60m over a period of three weeks as part of the site investigation for the Gennaker offshore wind farm project. Credit: Geoquip Marine
SITE INVESTIGATION

Borehole logging in preparation for the Baltic Sea's most powerful wind farm

Robertson Geo's part in the development of Germany's 927MW Gennaker offshore wind farm

11 September 2024

Logging at distance for a hazardous slope overlooking a coastal railway Credit: Robertson Geo.
SITE INVESTIGATION

The role of borehole geophysics for assessing slope stability

Robertson Geo's Graham Comber discusses the role of borehole geophysics in assessing slope stability

31 May 2024

A multiplicity of probes can be used to acquire a wide range of data sets when logging a borehole
SITE INVESTIGATION

Understanding borehole geophysical survey probes

A guide to borehole geophysical survey probes and an example of them in operation

20 May 2024

Borehole geophysical logging is the practice of creating a detailed record or well-log of the geological formations of any given borehole Credit: Robertson Geo
SITE INVESTIGATION

The importance of boreholes

Borehole logging past and present - all you need to know about down the hole data collection

10 May 2024

LIM’s PocketLIM6G drilling parameters recorder is a new product currently in development
SITE INVESTIGATION

LIM Logging's geophysical borehole logging solutions

LIM Logging continues to put the emphasis on innovation and customer satisfaction

11 May 2023

Robertson Geo has a fleet of service logging vehicles fully customised and comprehensively equipped with subsurface data acquisition and surface winch deployment equipment; ready to go whatever the location or application
SITE INVESTIGATION

Understanding borehole logging

Debbie Darling explains why borehole logging is necessary and how the process is carried out

05 May 2023

Image of a clastic lithology pore size (T2) distribution from a single NMR measurement. Two Cut-off times on the x-axis divide the distribution into clay, capillary and free water components. The sum of the amplitudes of each component are equivalent to the porosity in the respective T2 time range. The sum of the 3 components is equivalent to total porosity in fully saturated conditions.
SITE INVESTIGATION

An introduction to borehole magnetic resonance

An in-depth look at how borehole magnetic resonance is used in the UK drilling sector

24 May 2022

(Figure 1) A 3D plan of the borehole array design used for the Cheshire Observatory
SITE INVESTIGATION

Subsurface characterisation at the UK Geoenergy Observatory in Cheshire

High-res subsurface characterisation by multiparameter wireline logging and core scanning in the UK

19 May 2022

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