Inicio > > Ciencias de la computación > Inteligencia artificial > Sistemas expertos/sistemas basados en el conocimiento > ARTIFICIAL INTELLIGENCE FOR THE PREDICTION AND OPTIMIZATION OF DRILLING OPERATIONS IN THE OIL AND GAS INDUSTRY
ARTIFICIAL INTELLIGENCE FOR THE PREDICTION AND OPTIMIZATION OF DRILLING OPERATIONS IN THE OIL AND GAS INDUSTRY

ARTIFICIAL INTELLIGENCE FOR THE PREDICTION AND OPTIMIZATION OF DRILLING OPERATIONS IN THE OIL AND GAS INDUSTRY

Aditi Nautiyal

33,30 €
IVA incluido
Disponible
Editorial:
Draft2Digital
Año de edición:
2023
Materia
Sistemas expertos/sistemas basados en el conocimiento
ISBN:
9781916706361
33,30 €
IVA incluido
Disponible

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Oil and Gas are formed from organic material buried deep inside the earth’s surface at a specific pressure  and  temperature  conditions.   These  natural   resources  are  trapped  beneath   the impermeable layers in porous and permeable rocks known as a reservoir. These Oil and Gas bearing reservoirs can be found onshore or offshore and requires a great marvel of engineering and expertise to explore, reach and produce Oil and Gas from these reservoirs.  Initial wells drilled to produce these resources were shallow, simple, and located onshore, however with the increase in their demand drilling engineers reached challenging locations, drilling depths, and followed complex trajectory wells, which has resulted in an increased budget of the project exponentially.Drilling  operation  planning  involves  a  lot  of  domain-specific  expertise  in  well  trajectory designing,  Bottom  Hole  Assembly  (BHA)  designing,  Drill  Bit  selection  w.r.t  formation compressive strength, mud type, and  mud weight selection based on  pore pressure/fracture pressure/differential sticking limit/wellbore stability limit, drilling string rotational speed and WOB determination based on BHA dynamics. The drilling operational efficiency enhancement is broadly evaluated on:Execution of well without any downhole complications  and Increased ROP or drilling rate. Commonly  encountered  Down  hole  complications  while  drilling  operations  are  circulation loss, well influx, and stuck pipe, among these problems, circulation loss is dependent upon formation characteristics and cured by using suitable Lost  Circulation Material (LCM) like calcium carbonate (CaCO3), wood fibers, polymers, etc. Well control issue can be resolved by proper  selection  of  mud  weight  and  drilling  practices,  whereas  stuck  pipe  issue  requires  a detailed analysis of multiple drilling parameters.Stuck pipe is a situation when the BHA is become immovable inside the wellbore at a particulardepth either due to string pack-off, drill string sticking, stuck in ledges, 

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