G-tek staff includes geophysicists and explosives engineers published in their fields and with well respected international reputations.

As well as G-tek’s standard services in UXO, Geology and SSM, these skilled professionals often are called on as expert consultants to a wide variety of clients across all of G-tek’s industry sectors.

Using these highly-qualified advisers at an early stage often can deliver considerable savings for clients.

• Advice on appropriate methodologies for quality assurance and control;
• Selection of appropriate technologies and techniques for detection and survey;
• Re-analysis of already-collected data;
• Professional interpretation of UXO survey data;
• Second opinions on discrimination and interpretation of UXO survey data;and
• Statistical assessment of contamination levels using small area surveys.
• Risk management processes and advice.

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• Assessment of UXO and EO waste contamination from historic research;
• Advice on methodologies for de-contamination and remediation;
• Training and awareness courses for non-military and ex-military personnel;
• Site supervision of potentially hazardous activities;
• Project management of EOD components of construction contracts;
• Development of new techniques for disposal of explosive and non-explosive waste;and
• Defensible warranties concerning UXO remediation depth.

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• Integration of G-tek survey data into existing geological models;
• Identification of appropriate mixes of geophysical surveys for large and small areas;
• Interpretation of non-G-tek geophysical survey data;and
• Blending of G-tek and non-G-tek geophysics data.

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• Determining the most appropriate technology to address specific problems;
• Assessment and interpretation of collected data;
• Development of quality control and assurance measures;and
• Familiarisation with appropriate geophysics techniques.

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• Interpretation of geophysics data on the potential for contamination and possible flow of contaminants;
• Selection of methodologies and technologies to detect underground structures that might cause contamination;and
• Interpretation of geophysics data in the presence of industrial noise, cultural debris and other significant influences.

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