It is carried out in order to determine the parameters of occurrence and nature of geological structures in the rock.

The process involves drilling wells for the extraction of valuable minerals, as well as auxiliary wells for injection, observation, control, and other purposes.

This is the process of creating specialized wells for the exploration and extraction of underground water resources. This method allows for determining the quality and quantity of water in aquifers, as well as establishing sources of drinking and industrial water. Drilling hydrogeological wells is widely used to provide water supply for residential areas and industrial facilities.

This is a drilling technology in which a cylindrical sample of rock material, called a core, is extracted during the drilling process or structural rock analysis. This core, after extraction and analysis, provides information about the geological structure, composition, and other properties of the rock.

Geophysical studies have wide applications in the oil industry. They are utilized for oil and gas exploration, determining the structures of underground reservoirs and their characteristics, as well as forecasting opportunities for discovering new deposits. These studies play a key role in the development and operation of oil fields.

The purpose of these activities is to assess the mechanical characteristics of rock formations. Geotechnical drilling with core orientation helps to further study the structure of deposits, determine optimal drilling points, and evaluate hydrocarbon reserves. The obtained data assist in reducing development risks, enhancing the efficiency of oil and gas extraction processes, and ensuring project safety in the oil and gas industries.

This is the process of processing and preparing rock samples obtained during well drilling for analysis and research purposes to determine the characteristics and properties of geological formations, as well as to evaluate the potential of the deposit.

Perforating and blasting operations (PBO) represent a technology based on the use of explosives to create or expand wells. This method is employed to enhance the extraction of hydrocarbons from deposits that might otherwise remain inaccessible due to low permeability or other obstacles. PBOs are carried out by specially trained specialists using specialized equipment and strict safety protocols.

These works are carried out to break rock formations during the extraction of minerals and the construction of industrial complexes and structures. They include several stages: drilling, loading explosives, and the actual blast. Each stage is performed in compliance with all necessary safety rules and regulations, as well as under strict control of the processes being conducted.

The manufacture, storage, and transportation of explosives are sequential stages in the production, storage, and transportation of explosives to the sites where blasting operations are conducted. These operations require strict adherence to safety protocols during transportation and storage, as well as control during the manufacture and application of explosives to minimize negative impacts on human health and the environment.