Engineering and geological surveys

Comprehensive study of geological conditions for safe design and construction, including borehole drilling, collection and analysis of soil samples using specialized equipment.

Our Mission
At "EcoGeoMunayGaz," we strive for leadership in geodynamic safety of oil and gas fields by applying innovations and advanced technologies to protect the environment and promote sustainable industry development.

About Us
"EcoGeoMunayGaz" is your reliable expert in comprehensive geodynamic monitoring and engineering research. We ensure the highest accuracy and reliability of data, guaranteeing the safety of oil and gas operations.

Our Experience
Over the years, we have accumulated invaluable experience, successfully implementing projects at more than 50 oil and gas fields in Kazakhstan. Our company has made a significant contribution to the development of methodological guidelines and scientific-technical programs, raising the standards of geodynamic safety.

Our Achievements
We are proud of our accomplishments and recognition at the level of state and international organizations. Our work affirms the status of "EcoGeoMunayGaz" as a leader in ensuring safety at oil and gas fields.

Geotechnical survey

Geotechnical surveys are a set of measures aimed at studying the geological conditions of the construction site. These surveys are necessary to assess the condition of soils, groundwater and other factors that may affect the safety and reliability of construction projects. Geotechnical surveys avoid many risks and problems associated with the wrong choice of location or design solutions.

Geotechnical survey stages
Preparatory stage
Input data collection: analysis of existing geological information, maps and reports.
Development of the survey program: drawing up a detailed work plan indicating the methods and scope of the survey.
Equipment preparation: provision of necessary tools and materials.

Field work
Well drilling: creation of wells for taking soil and groundwater samples.
Sampling: collection of soil and water samples for further laboratory analysis.
Geophysical studies: geophysical measurements to assess the characteristics of soils and the structure of underground layers.

Laboratory tests
Soil analysis: determination of physical and mechanical properties of soils, such as density, humidity, strength and ductility.
Groundwater analysis: determination of the chemical composition and level of aggressiveness of groundwater.
Stability assessment: assessment of soil resistance to various impacts, including loads from buildings and structures.

Office work
Data processing: systematization and analysis of the obtained data, creation of geological sections and maps.
Reporting: preparation of technical reports with conclusions and recommendations.
Design solutions: development of recommendations for construction and operation of facilities taking into account geological conditions.

Final stage
Transfer of data to the customer: provision of all necessary reports and documents to the customer.
Consulting and support: provision of consulting services on issues related to survey results.
Monitoring and control: monitoring the state of soils and groundwater during construction and operation.

Geotechnical survey stages

• Preparatory stage
• Input data collection: analysis of existing geological information, maps and reports.
• Development of the survey program: drawing up a detailed work plan indicating the methods and scope of the survey.
• Equipment preparation: provision of necessary tools and materials.

Field work

• Well drilling: creation of wells for taking soil and groundwater samples.
• Sampling: collection of soil and water samples for further laboratory analysis.
• Geophysical studies: geophysical measurements to assess the characteristics of soils and the structure of underground layers.

Laboratory tests

• Soil analysis: determination of physical and mechanical properties of soils, such as density, humidity, strength and ductility.
• Groundwater analysis: determination of the chemical composition and level of aggressiveness of groundwater.
• Stability assessment: assessment of soil resistance to various impacts, including loads from buildings and structures.

Office work

• Data processing: systematization and analysis of the obtained data, creation of geological sections and maps.
• Reporting: preparation of technical reports with conclusions and recommendations.
• Design solutions: development of recommendations for construction and operation of facilities taking into account geological conditions.
• Final stage
• Transfer of data to the customer: provision of all necessary reports and documents to the customer.
• Consulting and support: provision of consulting services on issues related to survey results.
• Monitoring and control: monitoring the state of soils and groundwater during construction and operation.

Conclusion
Geotechnical surveys are a key stage in the preparation of any construction project. They provide a complete understanding of the geological conditions of the site, which helps to develop optimal design solutions and reduce risks.

If you want to ensure the safety and reliability of your construction site, please contact us. We offer a full range of geotechnical surveys, including field work, laboratory analyses and office studies. Our specialists have the necessary knowledge and experience to perform surveys of any complexity. Contact us today to discuss your needs and get professional help.