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NEOM
Solution Details

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We utilize ground-breaking mapping and surveying technologies alongside advanced data processing systems to help you achieve maximum efficiency in your subsurface operations. We'll customize your solutions by leveraging strategic global alliances.

Our key technology, concept and strategy is based upon using only the best in information systems, technologies and maintaining these systems at their optimum performance to meet international government geological/ geographical survey

Solutions Implemented

Solutions Implemented

We've implemented

Geoscience Image

Multi-Geophysics Data Processing

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers.

The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modelling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

Airborne Hydro Geophysics Survey

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers.

The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modelling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

Geoscience Image

We've implementesssd

Geoscience Image

Multi-Geophysics Data Processing

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers.

The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modelling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

Airborne Hydro Geophysics Survey

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers.

The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modelling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

Geoscience Image

We've implemented

Geoscience Image

Multi-Geophysics Data Processing

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers.

The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modelling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

Airborne Hydro Geophysics Survey

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers.

The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modelling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

Geoscience Image

We've implemented

Geoscience Image

Multi-Geophysics Data Processing

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers.

The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modelling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

Airborne Hydro Geophysics Survey

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers.

The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modelling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

Geoscience Image

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