OPTIMIZATION OF THE PROCESS OF CONSTRUCTION OF DEEP WELLS ON THE BASIS OF GEOLOGIC-GEOPHYSICAL AND TECHNOLOGICAL RESEARCH
Mammadov Samir Masud-Ogly— director of offshore and overseas projects LLC NewTek Sevices, smammadov@nt-serv.com smammadov@nt-serv.com

УДК 622.24

Key wordswell, borehole deepening; completion; productive reservoir; instability; control, technology, system analysis.

he paper focuses on the system analysis of geological, geophysical and technical information, based on the SKAN-14 software which is designed to provide practical solutions for control of deep well drilling in complex geological conditions, given instability of geological, geophysical, technical and hydrodynamic processes which occur whilst deepening a borehole. Examples are provided to illustrate the use of correlation spectroscopy in real time drilling

OPTIMIZATION OF THE PROCESS OF CONSTRUCTION OF DEEP WELLS ON THE BASIS OF GEOLOGIC-GEOPHYSICAL AND TECHNOLOGICAL RESEARCH
Mammadov Samir Masud-Ogly— director of offshore and overseas projects LLC NewTek Sevices, smammadov@nt-serv.com

Key words: well, borehole deepening; completion; productive reservoir; instability; control, technology, system analysis.

The paper focuses on the system analysis of geological, geophysical and technical information, based on the SKAN-14 software which is designed to provide practical solutions for control of deep well drilling in complex geological conditions, given instability of geological, geophysical, technical and hydrodynamic processes which occur whilst deepening a borehole.
Examples are provided to illustrate the use of correlation spectroscopy in real time drilling.