The phrase "adjacent wells" is correct and usable in written English.
It can be used in contexts related to geography, geology, or engineering, where it refers to wells that are next to each other or in close proximity.
Example: "The data collected from the adjacent wells provided valuable insights into the underground water table."
Alternatives: "neighboring wells" or "contiguous wells".
Production is markedly increased when the caverns from adjacent wells can be made to coalesce.
The application effect is compared with actual drilling data of adjacent wells in the same formation and interval.
These values are significantly lower than those of previously collected data from open holes in adjacent wells.
Compared with 16 adjacent wells of steam soaking, microbial enhanced oil recovery has long valid period and better economic benefit.
For two adjacent wells producing from the same zone, one is high production well, the other is low producing well, two wells have significantly different gas production rates.
These changes in environment through time can be recognized in adjacent wells (via the process of correlation) and so a three-dimensional picture can be constructed of the various layers of rocks and paleoenvironments penetrated by the wells.
In another variation of in situ combustion called reverse combustion, a short-term forward burn is initiated by air injection into a well that will eventually produce oil, after which the air injection is switched to adjacent wells.
In order to avoid strip and reprobing of the same membrane, which might allow detection of signals from the previous IBs, samples were loaded and run in replicates on adjacent wells of the same gel, and probed independently with different antibodies.
Seismic work has become far more sophisticated, with drillers dropping microphones down adjacent wells to measure seismic events resulting from a fracking job so they can more accurately determine the porosity and permeability of rocks when they drill nearby in the future.
According to the pressure response, the pressure monitoring of the adjacent wells and the microseismic monitoring in the process of actual fracturing, both technologies are effective in the stimulation of the casing deformation sections, realizing well control reserves efficiently and guaranteeing fracturing effects.
Out of them, statistical reservoir zonation, stratigraphic modified Lorenz (SML) plot and the principal component and clustering analyses techniques were chosen to apply on the Nubian sandstone reservoir of Palaeozoic – Lower Cretaceous age, Gulf of Suez, Egypt, by using five adjacent wells.
