tesseral pro 5.0.1

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jason 9.6.1

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DecisionSpace Well Planning

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crystal 2017.1.16

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norsar 2017.1

NORSAR-3D
NORSAR-3D is the most advanced product on the market for seismic illumination studies and model-based survey evaluation and analysis.

NORSAR-3D Seismic Modelling Basic
NORSAR-3D Basic is the product of choice for quick subsurface coverage and illumination
analysis. The NORSAR-3D Basic provides comprehensive information about the coverage of subsurface targets, ranging from overview maps of the entire target area to detailed analysis of angular and azimuthal coverage of selected points of interest. The studies can be surveyindependent, providing the upper possible illumination limit, only restricted by the subsurface properties; or the illumination capabilities can be studies for a specific survey. In NORSAR-3D Basic the subsurface models have a quite simple structure, and the models are
very easy to define. Still NORSAR-3D Basic covers a wide range of subsurface models commonly found in illumination studies. The two main types of results made in NORSAR-3D Basic are the Illumination maps (IMAP) and the Illumination rays (IRAY). The Illumination maps give the overview, while the Illumination rays provide more details.

NORSAR-3D Seismic Modelling Pro
NORSAR-3D Pro grants a user-friendly application driven modelling package for seismic
illumination studies including amplitudes and model-based survey evaluation and analysis. It contains a comprehensive model builder allowing complex subsurface structures including heterogeneous and anisotropic elastic parameters. NORSAR-3D Pro contains all features from NORSAR-3D Basic.

NORSAR-3D Seismic Modelling Expert
NORSAR-3D Expert is a complete package for in-depth seismic illumination studies and modelbased survey evaluation and analysis. It is the best in class ray tracing tool available in the market with unlimited batch processes, a Kirchhoff Target Migration workflow, extended export functionality and access to the software application toolkit. NORSAR-3D Expert contains all features from NORSAR-3D Pro and NORSAR-3D Basic.

SeisRoX
SeisRoX is a flexible, efficient and easy-to-use seismic modelling software which rapidly calculates the seismic response of geological reservoir models while at the same time simulating the effects of complex 3D overburden and source-receiver illumination/resolution effects.

SeisRoX Basic
SeisRoX Basic consists of the Local-target PSDM Simulator, Analytic PSDM Filter and Utility workflows.

SeisRoX Pro
In addition to all workflows included in SeisRoX Basic, the SeisRoX Pro version also consists of the Full-field PSDM Simulator and Rock Calibration workflows.

MDesign
The NORSAR MDesign software allows the user to define various sensor network configurations and compute and interpret the detectability and location uncertainty for a user-defined velocity model.

MDesign Basic
The MDesign Basic version consists of the Detectability and Location uncertainty workflows.

MDesign Pro
The MDesign Pro version offers in addition to the Detectability and Location uncertainty workflows also the Focusing workflow.

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ARIES 5000

ARIES helps oil and gas companies establish asset value by determining economic limits and net present value.
ARIES is the industry’s most widely used reserves and economics solution.  It handles all production scenarios, simplifies reserves audits and makes reporting faster.
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GeoTeric 2016.2.1

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geocyber 多子波分解软件

Geocyber软件是由Geocyber(杰奥世博)公司研发,基于多子波地震道模型,以多子波分解及重构为核心技术的软件,当前版本主要应用于储层预测及油气检测方面,在油气勘探开发的多个环节有着关键作用。其主要模块的功能有:

多子波地震道分解及重构

地震数据的频谱及频谱衰减分析

地震数据体波形分解及其分量研究

重构地震数据体属性分析

以及底图显示及三维可视化功能。

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TrapTester 7 2016 断层封堵性评价软件

TrapTester软件是英国Badleys公司研制的断层定量封堵分析软件系统,它可为地质学家提供了一个从地震解释、地质建模到圈闭评价的软件平台,利用它可以研究断层的侧向封堵性、预测断块圈闭的可能烃柱高度和进行圈闭完整性评价,研究过断层的流体流动特性,合理地划分开发单元和模拟油藏性质,研究断层重新活动的可能性,即断层的垂向封堵性及断层控制油气成藏的风险。该软件在国内外油气勘探开发过程得到了广泛应用并取得了良好的应用效果。

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Landmark EDT 5000.14.1

full version and tested

CATALOG EDITOR

Rig Editor

PROFILE

 

EDM

OPENWELLS

 

StressCheck

Data Analyzer

WELLCATWELLCAT5000.14.1

Well Costwellcost5000.14.1

WellPlanwellplan5000.14.1

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Paradigm Geolog 8.0

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Paradigm 2017

We are pleased to announce the availability of the Paradigm® 17 software release. Paradigm 17 extends the highdefinition
software platform offered in previous releases, and adds new features, advanced integration, and
extended interconnectivity.
The following products are included in Paradigm 17:
• EarthStudy 360® – Full-Azimuth Imaging and Characterization
• Echos® – Seismic Processing
• Explorer™ – Time-to-Depth Conversion
• GeoDepth® – Velocity Modeling and Imaging
• Geolog® – Formation Evaluation
• GeoSec® 2D – 2D Geological Structural Restoration
• QSI (Probe®/Vanguard®) – AVO Analysis, Seismic Inversion, and Property Determination
• SeisEarth® – Multi-Survey Interpretation
• SKUA-GOCAD™ – High-Definition Earth Modeling
• StratEarth® – Geologic interpretation
• Stratimagic® – Seismic Facies Classification
• Sysdrill® Designer – Embedded Well Planning
• VoxelGeo® – Voxel-Volume Interpretation
• WAM – Web Asset Manager

The release is designed to improve the effectiveness of asset teams and enable superior decision-making using all available data in integrated workflows. To achieve this goal, Paradigm 17 introduces application and infrastructure enhancements to its SeisEarth interpretation system, consolidating its core interpretation windows (3D Canvas,BaseMap, and Section) into a single application. This integration is incorporated in part, or in full, into manyParadigm products and bundles that share the same windows. The result is improved cross-product integration, shorter work time and fewer button clicks. Waveform classification based on the well-established Stratimagic Neural Network approach is also now part of SeisEarth, as is a new Machine Learning-based, rock-type classification plug-in for interpreters. The new rock-type classification uses seismic data and facies logs to predictfacies volumes and their probability of occurrence, to improve reservoir characterization in conventional andunconventional plays.

In other enhancements to our Interpretation solution suite, VoxelGeo now offers significantly improved performance with multi-volume GPU rendering, and a new volume fusion tool. In SeisEarth, a built-in technique for loading image files enables the use of scanned and published cross-sections and seismic.

The Paradigm Quantitative Seismic Interpretation (QSI) solution is now available to Windows® users, enabling them to enjoy the same advanced technology as Linux® users. Significant enhancements have been made to the crossplot utility as well as to wedge/2D forward modeling, to enable more effective workflows and a better understanding of the seismic response. This release also offers new workflows to extract more information from
inversion results.
GeoDepth users will enjoy productivity improvements when conducting multi-line 2D projects, including a new,generic GUI to define and run any supported application on all 2D lines in a project/survey, and a new clusterbased parallelization engine that easily runs hundreds of 2D jobs simultaneously. This release offers full new 2D grid tomography and imaging workflows, and a 2D Kirchhoff time migration based on 3D running on multi-2D lines. Enhancements to the GeoDepth 3D structural model-based tomography have been made to support geologicallyconstrained velocity models and strengthen integration between GeoDepth and SKUA.
For our EarthStudy 360 full-azimuth decomposition and imaging solution, enhancements to the imaging operator and filters to separate specular and diffraction energy have been introduced to generate improved and higher quality diffraction images from the fully recorded wavefield.
Other new features for Processing and Imaging users include a new method in Echos for production-oriented estimation and application of effective Q from seismic data, to support imaging in highly dispersive regimes and workflows with broadband acquisition and processing. New capabilities in refraction statics, data regularization,and trace interpolation have also been introduced to strengthen these widely used capabilities.
The SKUA-GOCAD Subsurface Modeling solution includes a number of important new features and performance improvements. Robust structural models can now be constructed for even more complex geological conditions. Significant effort has gone into the further development of reservoir geomechanics. This includes new tools for building geomechanical mesh and directly exporting structured and unstructured grids to Dassault Systèmes Abaqus, along with the relevant mechanical rock properties and pore pressures. It is now easier than ever to customize workflows with macros, for enhanced automation and greater user empowerment. We have also improved connectivity and data exchange with the Epos data repository and with Petrel. In addition to the filebased RESQML data exchange, SKUA-GOCAD can now connect to Petrel through a direct live link.
In Formation Evaluation, Geolog 8 in Paradigm 17 offers innovative new petrophysics features, including Monte Carlo uncertainty analysis for our probabilistic petrophysical solution Multimin, and a new 3D petrophysics feature that enhances the analysis of high angle and horizontal wells. The release also includes a new processing method for slowness frequency analysis of full waveform sonic logs. Geolog 8 offers improved geomechanics, production logging, and casing inspection functionality, along with new technologies for cement evaluation, pulsed neutron, and DTS/DAS handling. Direct access to Matlab™ code using Geolog Loglan enables existing research work and custom calculations to be easily delivered to end users. And connectivity options have been expanded to include completion import from Peloton WellView®, and an update of Geolog-Petrel connectivity to Petrel 2016.
In addition to expanded communication between SKUA and Epos and the Petrel Connector, we have improved seismic data and ASCII import/export, and developed a new interface for batch loading data from OpenWorks® and GeoFrame®. Paradigm 17 supports the latest Linux and Windows 64-bit operating systems: Red Hat® Enterprise Linux 6.5 and subsequent minor releases, and 7.0 and subsequent minor releases, and Windows 7, 8.1,and 10.
Paradigm product development is carried out in collaboration with our customers, with the main goal of enhancing the user experience and outcomes. In Paradigm 17, as in other recent releases, Paradigm has significantly expanded its investment in quality assurance, including extensive internal and beta testing. This, together with the technical depth of our solutions, is aimed at providing you with the best technologies for safe, reliable, and profitable extraction of the earth’s minerals. Your success is our highest priority. We encourage you to explore the many new features of Paradigm 17, and we look forward to your continued suggestions for improving our product lines.

paradigm_linux_windows

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Emeraude – Production Logging

Production logs, or PLs, are run on production or injection wells, with the goal of evaluating the well itself and/or the reservoir performance. Put simply, for producing wells, we need to determine what fluid is coming from which zone, and how much. The PL string may be a relatively simple, conventional configuration run in vertical or deviated wells that, based on the assumption the tool is centralised in the flow, measures the bulk flowrate using a calibrated spinner and then discriminates the fluid type(s) using a suite of tools usually including density, pressure and temperature applied to flow correlations in Emeraude.

With the proliferation of horizontal wells in recent years the PL strings have, by necessity, become increasingly complex. The challenge is to handle segregated flow by various distributed measurements around and across the section of the pipe. Emeraude has kept pace with these developments and offers a choice of calculation schemes and visualisation options to cope with these multiple array tools from any vendor.

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LESA 2017

测井评价系统分析软件LESA(Log Evaluation System Analysis)是一款基于Windows平台的测井曲线分析和解释软件。该软件完全兼容32位的Windows XP/Vista/7(及相关服务器版本,包括64位版本)。它支持以下文件格式:LAS、LBS、LIS(多个种类的LIS文件,通过文件格式转换支持)、ASCII(多个种类的ASCII文件,通过文件格式转换支持)。绝大多数的裸眼井测井曲线可以被集成到测井解释中.

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geomap 4.0

GeoMap地质制图系统基于“图形=数据+模板+观点”核心思想,遵循行业制图标准规范,内嵌丰富的图元符号与模板,具备精确的投影坐标体系,提供强大的数据成图、编辑和输出功能,适用于勘探、开发、工程等石油专业领域快速、准确、美观、规范的高质量工业制图。

GeoMap功能与特点:
1. 数据成图—专业、精确
直接导入SEGY数据生成地震剖面;
直接导入LAS、716等数据生成测井曲线数据;
基于模板与样式,自动导入工区、井位、地震测线、人文地理等数据生成常用图件;
数据生成地层划分、等值线、统计图、三角图等专业图件;
提供OpenSpirit插件,直接读取OpenWork、GeoFrame等数据库数据;
2. 标准制图—规范、共享
支持全球各类投影系统,适用于制作国内外不同国家和地区不同比例尺图件;
支持行业标准中全部专业符号,并提供扩充工具;
支持行业标准中的各类线型,并提供扩充工具;
3. 格式转换—兼容、开放
提供GeoMap GXF明码交换格式;
可接收CGM/CGM+、CAD、ArcGIS、MapGIS、MapInfo等多种矢量格式;
可输出CGM、EMF、MapGIS、ArcGIS、PDF、AI、PS、EPS、CDR等图形数据格式;
4. 组合成图 —实用、高效
支持图层划分以及多种图层叠合方式;
支持多不同投影、不同坐标图件组合;
支持单一图层的移动、等比例缩放等高级操作;
支持多格式图像、电子表格、Word文档等OLE的嵌入、移动和缩放;
5. 图形编辑—便捷、强大
支持针对图层的图元样式管理和操作;
提供各类专业符号复杂属性设置并提供批量编辑功能;
支持自动/半自动矢量化加工;
6. 成果输出 —灵活、多样
支持局部输出;
支持出版印刷CMYK颜色模型;
支持按比例绘制大幅面挂图,根据纸张大小自动分幅,并绘制拼接线;
支持按纸张大小自动调整输出比例,适合出版图集;
支持BMP、JPEG、GIF等各种图像格式以及DXF、CGM、EMF等矢量格式输出;
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LogIC

LogIC是由Logicom EP公司开发的一款用于分析核磁共振、成像、声波和普通测井系列的岩石物理软件。该软件由地质学家和岩石物理学家一起开发,以满足勘探和开发需求。LogIC强调速度、灵活性和输出质量,它也是一个测试开发想法的工具,并能够对这些想法进行有效沟通。这些特性使得LogIC成为开发核磁共振、成像和声波测井应用的最佳平台。LogIC的功能包括LIS格式、DLIS(RP66)格式、LAS和BIT格式等数据输入和ASCII文件解码;

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rokdoc 6.4.2

RokDoc  详尽分析测井揭 示的油气特征和对应的地球物理响应规律,可使地震解释员、地质学家、地球 物理学家和岩石物理学家在详细分析解释前进行快速准确的油气判别和预测。

此软件分析油气测井响应特征,确定相关的弹性参数,继而明确油气产层 的地震特征,提供地震资料及反演成果油气检测的标准和方案。 它包含以下功能:

测井资料处理及油气分析

岩石物理模型及分析

横波预测及有效性分析

四性关系及岩石物理响应 AVO分析(单层或合成道集)

油气水模型及其地球物理响应(二维)

四维地震油藏监测

压力预测

RokDoc是一套可建立一维、二维岩石物理模型、进而进行地震正演模拟及储层、流体预测的软件。综合利用测井、地震、地质资料,以单井或多井岩石物理分析为出发点,结合地震进行正演模拟,综合分析储层、油气地球物理响应特征,快速进行储层、油气预测。软件还整合了压力计算和分析、各向异性分析、VSP等独立的功能模块,是储层“量化”解释的先导者。

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PIPEFLO 9.5.6.3

PIPEFLO 是稳态集输单管线或复杂管网的水力热力学模拟软件,可以对复杂管网建模,并能模拟出系统 任一处的压力,温度,传热、持液率、流体的速度、流态和压降等,也可以模拟管线清管,模拟管线停 输温降与水合物生成边界等操作引起的变化,还可以进行埋地管线、海底管线、地面管线或部分埋地管 线的传热计算,管线的 CO2 或 H2S 腐蚀计算,管线冲蚀速度限制计算,段塞大小和频率计算等。PIPEFLO 软件与 OLGA 软件有专用接口可以将输入直接保存成 OLGA 软件模 型供 OLGA 使用。

PIPEFLO 软件主要功能:
• 管线冷却模拟
• 段塞清管计算
• 冲蚀速度计算
• 严重段塞模拟
• 腐蚀预测(包括 CO2 和 H2S)
• 油/水乳化
• 集输管网模拟
• 水合物预测
• 水合物抑制剂模拟

PIPEFLO 软件特点:
1)处理组分,黑油,非组分和蒸汽系统。
2)已知温度计算:这是评估管道模型对流体流动温度敏感性特别有用的选项。
3)在管道中同时计算压力和温度剖面
PIPEFLO 解决方法允许用户计算温度和压力剖面,因而可以评价热传导对液体漏失和其他 PVT 性质的影响。总传热 系数可以是常 数、任意改变或者根据变化的参数计算得到。
4)水合物预测和 OLGAS 模型
NEOTEC 与 SPT 公司合并,在 PIPEFLO 中的水合物预测、OLGAS 2000 两相和三相压降模型方面互相贯通。
5)侵蚀速度或段塞流剖面图分布
PIPEFLO 可以接受多种形式的剖面图数据(包括垂直剖面),导入电子数据表,输入剖面数据,即可绘出分布图, 显示井斜角。计算结果均可显示在剖面图上,如压力,温度,气体和流体的速       度剖面图,持液率和流态。

6)选择多种力学模型完成多相流计算,对比流态、持液率和压损
PIPEFLO 为拟合实际原始数据提供多种选择。
7)自动计算流速
如果管线任一端压力是固定的,可计算出未知压力,但如果限定管线两端的压力,PIPEFLO 用精确的迭代法即可计 算。
8)提供多种在线工具
PIPEFLO 考虑到加热和冷却的需要,边水的影响,同时又考虑到阀或调节器的影响,精确计算压缩机和泵的功率。

多相流模拟计算软件PIPEFLO简介
PIPEFLO is a steady state simulator for flow assurance issues.
PIPEFLO’s features for sensitivity studies make it fast and easy for users to consider a wide variety of options in order to arrive at the best solutions for their design issues and operational problems.

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IHS FAST VisualWell

 New Features/Enhancements

Plunger Lift:
Improved numerical algorithm used during single-cycle calculations. Now the seating nipple can be set further up in the tubing without calculation issues.
Enhanced calculation resolution when a “General” wellbore configuration is used. This is especially useful when running tapered tubing scenarios (i.e. adding a short syphon string below the seating nipple).
Refined tolerance used during single-cycle calculations improving calculation stability and convergence.
Choke calculations (see note in “Known Issues” on how to access them):
Improved interpolation algorithm used for single phase liquid calculations across chokes.
Adjusted tolerance used in the calculation of critical/sub-critical conditions in bottomhole choke wellbore calculations.
Enhanced “Stop Calculations” functionality to fully suspend auto-refresh behavior. This reduces “flickering” by allowing changes to fluid properties and/or wellbore configuration data without auto-recalculating results. For example, now deviation surveys can be copy-pasted for a “General” wellbore configuration without having to wait for casing data consistency checks.
Corrected Issues

Pressure calculation settings are properly stored and used during erosion velocity calculations.
Browsing option to change reports folder is now functional.
Minor interface grid fixes.
Oil properties calculations while making use of adjustment factors.
Known Issues

Choke calculation tools: Features are hidden by default. They can be unlocked by opening a file with an active choke analysis already in it. Please contact technical support to receive a set of template files and guidelines to create a new file.
Incorrect values are pasted when copying data from Excel: If the data from Excel uses a comma as separator of thousands (for example, 1,450.26), when pasted into VirtuWell the comma is taken as a point (for example, 1.45026 is pasted). This can be avoided if the cell format in Excel is set as “General” before copy/pasting the data into VirtuWell.
Plunger Lift plot customization is not saved: Plunger plots can be modified as long as the user does not switch to another calculation module. Customized plots can still be copy-pasted to Excel by using the “Copy Plot” option from the pop-up menu accessible through the right-click of the mouse.

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IHS welltest 2016

F.A.S.T WellTest是一套到目前为止,基于实时数据采集系统之上,界面友好,技术先进的压力传导分析软件包。它包含了很多简单的或者全面的油藏模型。这些模型都能够快捷易用的分析获得储层的渗透率、井筒储集系数、表皮系数、排采面积、原始储量和措施效果。另外,根据直线的压力变化可以进行各种模型的产能预测。也可以根据井口的压力数据来获得井底的压力数据,以便进行分析。

New Features/Enhancements:
· Interoperable with IHS HarmonyTM 2016 v2: use Export to WellTest… option in Harmony; then open exported .hmexp file in WellTest.

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