We are Steiger

Legacy data is in many cases still suitable and could be turned into valuable additional information by applying modern processing and interpretation methods. Our team of experts is well suited to conduct due diligence and assess legacy data packages to avoid wasting this potentially valuable information.

Remote sensing can help cover large areas cost-effectively and gather first-hand information about geology. While the data is collected using commercial satellites, the work can be done as a desktop study. This makes remote sensing an easy and cost-effective early exploration stage solution.

Ground geophysical surveys allow rapid and effective collection of first-hand information on subsurface geology. We provide seismic reflection, gravimetric, electrical resistivity, magnetic & electromagnetic, and ground penetrating radar surveys.

The rapid development of drones has opened up new opportunities in the fields of geospacial and geophysics, providing additional data gathering methods which can be a better alternative to conventional ground surveys. We provide magnetic, LIDAR, and photogrammetric drone surveys that are effective alternatives for covering large or hard-to-access areas.

Downhole surveys allow for more information to be collected from the drilled holes and provide a reliable, cost-effective substitution for some of the studies usually made from physical core/chip material. We provide density & natural gamma, magnetic, EM, resistivity, caliper, acoustic & optical televiewer, and flowmeter surveys.

Data analysis and interpretation is an extremely crucial step in generating targets. Our well-rounded team of geophysicists are experienced in working with large internal or external datasets on a wide range of commodities.

Budget and timeline are the two critical components of any exploration plan. Additionally important is choosing proper risk management approaches to avoid overspending, delays, and HSE incidents. Our experienced in-house project geologists are capable of setting up and executing demanding and multidisciplinary exploration programs.

Exploration requires proper procedures and prudent risk management for success. Project-specific operational procedures will ensure consistency in data generation and, if needed, allow the exploration results to be disclosed by the Competent Person. We are capable of both setting the procedures and supervising their implementation throughout the whole exploration program.

Mapping is an excellent method to utilize in combination with geophysical studies before drilling programs. This allows gathering of ground data from the site and delineate prospective targets for more detailed exploration.

Correct testing standards and QAQC procedures will have to be used in the laboratory in order to warrant the credibility of lab results. We organize all the required laboratory works and we also provide third-party supervision upon request.

Proper logging, sampling, and sample preparation procedures from lithological descriptions, cutting to crushing and splitting of the samples are imperative to comply with the requirements of the international codes. Our team is well-suited and experienced to ensure this task is fulfilled with high reliability.

Our geologists and engineers are familiar with all aspects of drilling operations and can competently organize the drilling works. Our team of geologists supervise the drilling works to ensure compliance with the set procedures and quality standards.

To ensure high quality, the exploration data validation is done through the exploration database management process. Geological interpretations based on the gathered exploration data will be transferred to the 3D deposit model by our experienced senior geologists, and if required, the Resource estimates are signed off by our associate Competent Persons.

Modern DGPS receivers provide fast and reliable cm-level geospatial data even in challenging conditions. Employing skilled engineers and surveyors on site ensures that relevant data is gathered.

The rapid development of drones has opened up new opportunities in the fields of geospacial and geophysics, providing additional data gathering methods which can be a better alternative to conventional ground surveys. We provide magnetic, LIDAR, and photogrammetric drone surveys that are effective alternatives for covering large or hard-to-access areas.

DEM models and topo-geodetic maps are processed results from gathered geospatial data. Geosciences, civil engineering, and various other industries rely abundantly on accurate topo-geodetic maps and DEM models.

Mining sector depends heavily on volumetric modelling and calculations to have accurate information about their stockpiles and resource. Vast amount of other volumetric processes could be modelled and calculated as well – earthworks, landfills, various bulk materials etc.