ENGINEERING SOFTWARE

Read the Below Descriptions

Landmark (Very Good)

Operators need a big picture to develop their assets successfully. Once they understand the reservoir's potential and how to access it effectively, they must operate with the highest efficiency to achieve the performance they've planned. To drill deeper, farther, faster, cycles of quick learning and adjustment continue all during field development. Landmark solution to managing the Drilling Lifecycle is designed to:

Maximize reservoir contact and drainage
Meet and document best practices for continual improvement
Inform quick decision making for safety, profit, and performance

Landmark drilling and completions products and services use the DecisionSpace® Integration Server to close connectivity gaps between disciplines and departments so that workflows can be integrated for collaboration throughout the field development process.

Drilling Office (Good)

Drilling Office Schlumberger Software has various modules for any drilling operation:

Data Browser gives you the power to create and manipulate drilling project databases. Drilling data are stored in a SQL database. As with the other Drilling Office applications, Data Browser can be installed in stand-alone mode or in conjunction with Survey Management and Drilling Engineering

Survey Management provides an intuitive method of creating, importing, and exporting proposals and surveys and the ability to perform anti-collision analysis. To create and work with proposals and surveys, a spreadsheet-oriented interface is provided. When you create a proposal, you provide a starting point (tie-in) and one or more segments, profiles, or targets. Segments can be hold or curve sections. Profiles contain multiple segments and are useful for quickly planning to targets within the database. To work with proposals and surveys created in previous version of Drilling Office, data can be imported from ASCII files

The Drilling Engineering module enables you to perform hydraulics, torque and drag, friction factor calibration, BHA sag, BHA Vibration, and BHA tendency analysis on a wellbore geometry. For each of these analysis types (except Fiction Factor Calibration), you can perform single-point and multiple-point computations for drilling, tripping, reaming or circulating operations

DD Toolbox is one of four modules in the DrillingOfficeX suite. It consolidates most of the operational needs of the field directional driller into one application that is part of DrillingOfficeX. DD Toolbox serves as the primary execution tool for the Schlumberger Drilling and Measurements unit (D&M) directional driller at the wells

CemCADE (Very Good)

Design and optimize various cementing job parameters

CemCADE cementing design and evaluation software aids in designing and optimizing various cementing job parameters. This integrated software is applicable for all primary land or offshore cementing operations, from large-diameter surface casing to the deepest liners. It can also optimize plug placement.

Ensuring well security and verifying the success

CemCADE software ensures well security at all times during cementing jobs. It optimizes pipe standoff and helps calculate the optimal displacement of mud and preflushes (mud removal and cement placement) to reduce the risks of channeling and microannulus (zonal isolation).

Actual job execution data can be imported into CemCADE software to compare the design with actual results to verify the success of the operation. SynCBL can be used to simulate the CBL response based on execution job data. This response is compared with the actual CBL data, and interpretation of the cement logs is performed.

PIPESIM (Good)

PIPESIM is a flow simulation software program that’s used for modeling multiphase flows. Mid-sized and large companies in both the oil and gas industry use PIPESIM to understand the behavior of fluids in their systems. As part of normal use, PIPESIM can optimize production and identify and diagnose operational challenges with the help of its computational fluid dynamics (CFD) capabilities.

Businesses have depended on PIPESIM for more than three decades. They use the software for three basic types of flow modeling: Multiphase flow, heat transfer, and fluid behavior. In addition to those core functions, users enjoy some of this software category’s most innovative capabilities. For example, PIPESIM provides built-in three-phase mechanistic models as well as advanced tools for PVT modeling.

The PIPESIM simulator offers the industry’s most comprehensive steady-state flow assurance workflows for front-end system design and production operations. The flow assurance capabilities of the simulator enable engineers to ensure safe and effective fluid transport—from sizing of facilities, pipelines, and lift systems to ensuring effective liquids and solids management, to well and pipeline integrity. In addition, where dynamic analysis is needed to add further insight, the PIPESIM-to-OLGA converter tool enables the rapid conversion of models. Shared heat transfer, multiphase flow, and fluid behavior methodologies ensure data quality and consistency between the steady-state and transient analyses.

OLGA (Intermediate)

The OLGA simulator is one of the principal components in analysis of pipeline operations. The OLGA Three Phase program base can solve most of the normal challenges associated with pipeline flow, but many additional modules have been developed to better solve particular problems. These include predictions of hydrodynamic slug behavior (Slugtracking), advanced heat transfer (FEMTherm), tracking of individual components (Comptracking), simulation of multiphase pumps, non-Newtonian behavior (Complex Fluids), advanced modeling of the hydraulics (OLGA HD), corrosion, and prediction of single component flows.

OLGA is a modelling tool for transportation of oil, natural gas and water in the same pipeline, so-called multiphase transportation. The name is short for "oil and gas simulator". The main challenge with multiphase fluid flow is the formation of slugs (plugs of oil and water) in the pipelines, which causes large problems at the receiving end at the platform or the onshore plant. The modelling tool makes it possible to calculate the fluid flow and safely bring the flow to the receiving destination on shore, on a platform or a production ship through the pipes.

Although these modules are nominally for pipeline flow, they can also be used in simulation of well operations.

Saphir - Pressure Transient Analysis (Intermediate)

KAPPA is the leading provider of Dynamic Data Analysis software, training and consulting services. Data are analysed on whatever scale is available, from high frequency, high resolution transient data through low frequency, low resolution rate data in production analysis and on into full field history matching and vertical description using production log and formation test analysis. Released in 2016, Generation 5 speeds workflows, connectivity and provides a powerful platform for the future and automation.

KAPPA contains seven software: Saphir, Topaze, Rubis, Emeraude, Citrine, Azurite, Carbone.

Pressure Transient Analysis, or PTA, is, in most cases, about analyzing high frequency, high resolution shut-in data. The data are captured during dedicated well test operations such as DSTs or production tests or during routine operational shut-ins by Permanent Downhole Gauges (PDG). The pressure response from these shut-ins can be used to provide information about the reservoir within the radius of investigation for radial flow or the area of investigation for more complex geometries. The diagnostic plot of choice is the loglog plot where the pressure and the Bourdet derivative allow the identification of reservoir geometry and properties, these are then matched with models. Specific operations require specific processing, such as multirate gas tests, interference tests, multilayer tests, etc. The development of deconvolution allows us to combine several of these shut-ins in time to provide information much deeper into the reservoir than would normally be feasible by a shut-in alone.

Saphir is the industry standard PTA software, used by nearly all major IOC’s, NOC’s, Independents and Service Companies. Its simple user interface and workflow allows for fast training and self-learning for occasional users. For the advanced user, it offers a unique combination of analysis tools, analytical models and numerical models which can connect to other dynamic data application such as Topaze for Rate Transient Analysis and Rubis for fullfield history matching.

Ginkgo CADx Pro (Excellent)

Medical Imaging Software and complete DICOM Viewer

Ginkgo CADx provides a complete DICOM viewer solution with advanced capabilities and support for extensions.

Easy and customizable interface through profiles.

Featured DICOM image visualization. ; Complete tool set (measure, markers, text, ...). ; Multiple modalities support (Neurological, Radiological, Dermatological, Ophthalmological, Ultrasound, Endoscopy, ...) ; Dicomization support from JPEG, PNG, GIF and TIFF. ; Full EMH integration support: HL7 standard and IHE compliant workflows. ; PACS Workstation (C-FIND, C-MOVE, C-STORE...) ; Extensible through custom extensions. - Retinal image mosaic composition. - Automatic retinal analysis diagnostics. - Psoriasis automatic diagnostics.