The phrase "a well completion" is correct and usable in written English.
It is typically used in the context of the oil and gas industry to refer to the process of finishing a well so that it can produce oil or gas.
Example: "The team is currently working on a well completion to ensure optimal production rates."
Alternatives: "a well finish" or "a well finalization".
Current drilling costs may exceed more than million dollars for each well; therefore designing a well completion, which can increase production, is essential.
Two different types of risers are used for installation and intervention in and on a well: completion risers and workover risers.
The sequence of calculations is as follows: The model calculates the gas flow rate directly from any compartment with a well completion and indirectly due to communication between every two compartments for any time step using Eqs.
aInfrastructure used to pull and replace a well completion.
Oil-well completion means a well completed in an oil reservoir or in the oil accumulation of an oil reservoir with an associated gas cap.
Gas-well completion means a well completed in a gas reservoir or in the associated gas-cap of an oil reservoir.
A Monte Carlo analysis of 2×500 paired simulations was performed in a reservoir simulator for a sequential production scenario with a conventional and a smart well completion.
Inflow control devices (ICDs) are a mature well completion technology that provides a more uniform inflow profile by exerting a greater restriction on high specific inflow rate zones.
Multi-stage hydraulic fracturing is a crucial well completion strategy in unconventional reservoirs to improve hydrocarbon production.
Inflow Control Devices (ICDs) are a mature, well completion technology that can make the inflow profile more uniform by restricting the high specific inflow rate segments of the completion.
As noted above, the changes in ground stresses due to longwall mining is very complex and while the subsidence is observed and measured at the surface, the components of strain and deformation within the ground need to be determined to develop a proper well completion design.
