... and multilateral wells were used to plot consolidated diagrams of the daily average cumulative production that display the average inflow profile distribution between the horizontal well intervals over the study period. The results of the studies were obtained over a two-year period, 2020-2021; the planned...

... strategies have begun to prioritize multilateral well technology over vertical and deviated wells because of the advantages of maximized reservoir contact, higher production rates, and improved access to reserves (hydrocarbon in place). The downside of most unconventional multilateral wells is that laterals...

... of geosteering, well targeting along the formation and optimum completion of horizontal and multilateral wells, including with the use of inflow control devices, are addressed. Studies found the appropriateness of the operation of horizontal wells in comparison with vertical wells, which have several...

... TAML5 wells on Filanovskogo Field is the great example of how new technologies help to optimize CAPEX, and, thanks to higher productivity index, achieve higher production rate. Multilateral well geometry combined with ability to monitor and control each leg separately helps to optimize flow patterns...

... Formula (7) can be applied to calculate reservoir pressure change caused by a point source over the period of time 0 ≤ τ ≤ t . To model a linear source (horizontal well, vertical well, linear part of a multilateral well), one needs to additionally take the second formula in (6...

... chemical flooding methods Simulation field development Efficiency Upstream Oil & Gas calculation enhanced recovery oil field selection workover recovery factor gas injection optimization multilateral well recovery method oil production operation sweep efficiency EOR method...