Ms domainer4/27/2023 ![]() The bonds between domains in a tree are known as "trusts." Multiple domains grouped together in a logical hierarchy make up an AD tree. Within a domain, organizational units are used to organize objects within the domains. A group of objects, such as users or groups of devices, that share the same AD database makes up a domain. The hierarchical structure includes the following: ![]() Active Directory organizes objects into a hierarchy, which lets various Domain Services connect with them and users access or manage them. How does AD DS work?ĪD DS is the core component of Active Directory that enables users to authenticate and access resources on the network. They can be used together in hybrid cloud environments. AD DS serves as a locator service for those objects and as a way for organizations to have a central point of administration for all activity on the corporate network.ĪD DS is used in on-premises Windows environments, and Microsoft Azure AD DS is used in cloud-based Windows environments. AD DS stores and organizes information about the people, devices and services connected to a network. It is used for identity and access management. Hence the validation of frac geometries is not discussed.How is Active Directory Domain Services used?Īctive Directory is a directory service that runs on Microsoft Windows Server. Since Najmah (NJW) - Sargelu (SRW) organic-rich source reservoirs in Kuwait are in early appraisal phase, the data set lacks pressure and production history. production cost economics based on single well modeling. volume pumped to understand the variations in fracture height and length. Based on the initial geometries from each landing point, completion optimization was performed by altering the rate vs. Generated frac heights from each landing point will be compared with petrophysics to understand the thickness of organic-rich intervals vs. These vertical stacking patterns for facies and properties combined with a certain completion design will determine the fracture propagation and pinch points vs. Geometries from each landing point are different due to vertical geomechanical heterogeneity. ![]() For each landing point, frac modeling was performed to obtain height and length. In this paper a few potential reservoir units are selected as landing points for horizontal drilling based on petrophysical derivatives followed by the geomechanical attributes of good brittle and low stress of the reservoir sections within the Najmah (NJW) and Sargelu (SRW) formations. If embedment becomes an issue as a result of depletion in the highly stressed landed horizontal wells, then there is a possibility for significant drop in production sharply in short time. This is because brittle rocks with proppant in the fractures can keep the fracs open for a longer time without getting into the embedment issues as a result of production. Completion engineers mostly prefer to drill and frac low stress and brittle facies. However, these good petrophysical-rich rocks could be geomechanically highly stressed (both total and effective) and less brittle. In the standard approach, landing points are mostly selected by looking for good petrophysical reservoir units with good porosity, good organics and low water saturation. In this unconventional approach, petrophysical and 1D mechanical earth models were developed using triple combo (TCOM) and sonic by integrating in-situ core measurements to narrow down the uncertainty in the flow and mechanical properties. In heterogeneous formations where organic-rich rocks are the source and reservoir, the geology and petrophysics along with engineering integration is a must for short- and long-term production and optimization. On the other hand, this paper proposes an unconventional multi-domain integration for shale oil and shale gas development for successful drilling and completions. Historically, understanding and selecting a successful landing point candidate for horizontal drilling and fracturing was mostly performed based on a single-domain perspective or purely based on geoscience data sets.
0 Comments
Leave a Reply.AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |