...Excessive water production Over the last decade, commercial AICD solutions have emerged, and numerous wells have been successfully completed with this technology. Both operators and service providers have undertaken extensive work to qualify and demonstrate the safe installation...

... the latest technology to achieve production goals while minimizing the environmental impact. AICDs were identified as a technology solution to improve oil recovery. Unique chemical tracers were embedded in the sand screens to measure the oil and water production from each compartment without the need...

.... Later after acid job rate increased to 2,20,000 m3/d but later well had frequent water loading problem and required frequent activation / stimulation. The well has good reservoir zones as identified on the OH logs, hence, to diagnose the reason for water production, PLT was planned in the well in 2015...

... operation water production spe-208631-stu summation performance indicator well candidate Introduction Kriging Through these CFDs, there is no indication of abnormality and outliers. Location maps are then plotted for porosity and permeability filtered by the two different facies. Notice...

... application water production Introduction Coalbed methane (CBM) has emerged as one of the clean unconventional resources to supplement the rising demand of conventional hydrocarbons. Analyzing and predicting CBM production performance is critical in choosing the optimal completion methods...

... on different pressure regimes. The Coleman method was developed for wellhead pressure below 800 psi and Turner method, though developed using data above 1000 psi, was found to be applicable for pressure as low as 5 psi and as high as 800 psi ( Lea, 2008 ). Thus, the outset of water production...

... requirements. Over that time, DNA diagnostics have been applied successfully to more than 1000 wells throughout the Permian Basin to help operators reduce uncertainties ranging from drained rock volume, well-well communication, and sources of water production. When subsurface conditions change, microbes...

... post 20-year depletion horizontal well permeability heterogeneous model gtw kumatage relative permeability base model production rate water production gas field Introduction It is expected that within the next 20 years, global natural gas consumption will grow from approximately 2,000...

...-oil ratio (WOR) versus cumulative water production volume and how it could be employed to compare load recovery performance of different wells. We analyzed flowback and post-flowback production data of six multi-fractured horizontal oil wells completed in Eagleford Formation. The proposed data-driven...

... be a prudent complementary tool to conventional numerical simulators for such complex assets. artificial intelligence machine learning pattern recognition reservoir simulation platform modification history reservoir model upstream oil & gas individual well dynamic variable water production...

... to reduce the OPEX Reducing water production that improve subsea network efficiency and reduce water-handling issues. Maximizing reserves. Managing commingled reservoirs with different characterization properly. Reducing geological uncertainty by proper frequent zonal test. Reducing risk...

... production treatment program combination corrosion well integrity asphaltene inhibition h2s management corrosion inhibitor corrosion risk capillary injection scale risk annular space field trial conditioning treatment water production electrical submersible pump run time Introduction...

... Abstract Increasing water cut in oil-producing zones is a common issue, particularly in mature fields. Currently, most decisions are governed by economics, and incurring additional expenses, such as handling produced water, is undesirable. Depending upon the source of the water production...

... water production technology conference society of petroleum engineers Introduction Recent advancements in unconventional shale development including horizontal drilling and multistage fracturing have enabled economic production from tight formations. Due to the rapid decline in oil production...

... the effect of gas compressibility in addition to water and formation compressibility. They concluded that gas expansion plays the key role for water production. However, fracture compressibility was ignored in their study. Adefidipe et al. (2014) and Xu et al. (2016) derived a two-phase flowing...

... performance of a vertical well field development base case against scenarios using horizontal and multilateral wells. It will show how fields can be optimized, leading to increased oil and decreased water production. Production rates can be significantly improved by combining multilaterals with other...

.... In deep water oil and gas developments it is important to demonstrate large, continuous flow units with good flow properties before investment decisions. For the Block 2 gas reservoirs understanding the aquifer strength is important for designing wells so that water production can be avoided. Detailed...

... and higher oil flow through the proppant pack compared to traditional proppants. The results of the laboratory tests will be used to explain and support the production case study. The field case study proves that DWFP reduced formation water production, while increasing hydrocarbon production compared...

...Introduction Abstract A key reservoir management guideline for a water driven, naturally fractured reservoirs is to minimize water production. Water breakthrough is undesirable as it drastically reduces oil production rate because of unfavorable mobility ratio and lower oil recovery due...

... from viscosity. Abstract This paper presents an analysis of the effectiveness of various downhole completion designs in reducing or deferring water production in a mature field under the presence of an active strong aquifer reservoir. The results of completions using nozzle inflow control devices...