JewelSuite GeoMechanics 2016.1.364 6.1

joaGeometh

JewelSuite由Baker Hughes,a GE company(贝克休斯)公司研发,是一款以三维地质、三维地应力建模为核心的产品,是综合利用地震、地质、测井和油气藏工程等众多的资料,从地质、油藏研究到钻井、压裂一体化的系统平台,目前最新版包含了JewelSuite Subsurface Modeling和JewelSuite GeoMechanics两款子软件。

三维地应力建模

JewelSuite 能够利用构造模型、1D地应力模型数据、结合地震属性快速建立三位静态地应力模型,预测设计井井筒应力情况,指导工程应用。

动态地应力研究

JewelSuite 是目前行业内唯一一套能完成三维静态、动态地应力建模的系统平台 !

地应力模型应用

钻井中的井壁稳定性研究;

储层改造中的水力压裂研究;

地层出砂研究;

区块断层稳定性研究;

区块盖层完整性研究;

开发区块注采井网合理性研究;

开发区块地表沉降研究;

开发区块老井的套损、变形研究;

新功能

推出中文版

首次推出完整的中文版本:从流程控制、工具栏、数据管理窗口到信息提示,全面实行中文显示,大大降低了学习难度,提高了界面友好度!

定制非常规建模 :

从区域模型到油藏模型

微地震,裂缝

准确建立地质条件复杂的模型,并且能快速对模型结构进行编辑与更新

从单井到三维的综合性地应力建模产品

能够直接与HIS/SMT数据库进行连接

可连接运行CMG、Eclipse等模拟器进行油藏数值模拟

可连接运行ABAQUS模拟器进行应力应变模拟

中文操作,简单易学

信息推荐

近几年,随着油气田勘探步入各种复杂构造地区以及非常规油气藏的开发,JewelSuite软件及三维地应力技术得到越来越广泛的认可。

欲了解更多软件信息,请参考:http://www.bakerhughes.com

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GeoModeller 4.05 2019

GeoModeller2019.1

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watch 2.8.1 生产测井解释平台

watch2.8.1

 

WATCH生产测井解释平台在当前油田测井中被广泛应用,可以较好地解释当前胜利油田复杂的多区块、不同类型油井的测井资料。具有测井常规解释、特殊测井处理所需的各种工具和应用程序;具有测井数据输入、测井资料预处理、测井资料基本处理、测井解释成果输出等功能。

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discovery 2017.3

discovery2017.3

The following is a summary of the new features added to GeoGraphix Release 2017.3.
Architecture
ESRI ArcGIS Runtime Engine 10.5.1
ESRI ArcGIS Runtime Engine 10.5.1 is supported in this release.
Advanced Database Security
All users are now logged into the database using their active directory credentials instead of the default user ID and password. This enables you to trace transactions performed on the database for auditing purposes.
Microsoft Office 2016
Support for Microsoft Office 2016 (32-bit and 64-bit) is added.
GVERSE Geophysics
Tighter Integration
Create cross sections in GVERSE Geomodeling and smartSECTION with a single click.
Open wells in WellBase, PRIZM, ZoneManager, Depth Registration, and LogM Well Editor directly from the 3D module.
Send seismic sections displayed in 3D view to vertical and horizontal seismic display windows and work with sections in a 2D view.
View seismic sections displayed in 2D windows immediately in the 3D view.
Access to interpretation, survey and section derived trace scaling options in 3D.
Apply customized PALX format color palette to seismic sections, horizon surfaces and more in the main GVERSE Geophysics interface.
Enhanced Interpretation Capabilities
Quickly pick horizons even through noisy data with a new 2D auto pick algorithm.
Snap horizons more accurately with additional options to snap to events above, below or near existing picks.
Gain more insight into stratigraphic features by flattening the entire 3D scene on a horizon.
Independent action lists for individual horizons and faults for more flexible and context aware undo and redo functionality.
Easily verify well-seismic tie using a variable density display for synthetic seismograms.
Increased Visualization Functionality
Add mapping grids to the 3D scene and map of the new 3D module.
View horizon picks associated with mapping grids in the 3D scene.
Gain more insight into your structures by drawing ISOMap layers directly on the horizon surface.
Improved Efficiency and Usability
Access all depth conversion settings in a single location.
Shortcuts to depth conversion workflows in the 3D view.
Scene-specific toolbars for a true multiscreen experience.
Hotkeys for arbline and probe face navigation
Quicker access to partial transparency options in the color palette control.
Single click to open seismic sections at well locations and horizon and fault surfaces.
View well symbols as defined by the status field in WellBase in the 3D scene.
Manipulate and modify arbitrary lines directly in the 3D scene.
Note: For the purpose of this documentation only, the term SeisVision refers to the GVERSE Geophysics Main Interface and vice versa.
smartSECTION/GVERSE Geomodeling
Easy to use Graphical User Interface
Application window is redesigned for better usability and user experience, with improved docking support and ribbon controls.
Fault Aliasing in 3D View
Using the tools available in the Fault Aliasing Toolbar, alias unassigned faults to named faults by identifying their relationship in 3D View.
Microseismic Display
Use the Microseismic Timeline feature in 3D View to analyze hydraulic fracturing stages, pressures, slurry and proppant characteristics, and corresponding seismic events in the treatment well.
Picking Options Toolbar
Use the Picking Options Toolbar to add, remove, or modify surface tops and fault cuts on wells in the 3D View.
Add/Remove Wells from Geomodel
Ability to add/remove wells from the geomodel without changing the interpretation settings.
Calculate Wells Length and Percent in Zone
Determine the length and percentage of the drilling wells within a target zone and save the calculations in ZoneManager or export the details as an ASCII file.
Batch Update
Batch Update mode is no longer manual and stays enabled by default. In previous releases, there was an option to switch Batch Update mode on/off, which is replaced by making this feature permanently enabled so you can continue working with the GSM tools for better performance.
Cursor Tracking in all views
You can now track the cursor position in all three views. With this feature on, a crosshair displays in the 3D View that corresponds to the position of the cursor on the active cross section in the Cross Section View, and on the line of section in the Map View.
Improved Cross Sections List in Data Panel 3D
The list of all cross sections is available in Data Panel 3D where you can differentiate between open and closed Cross Sections or Fences with the help of cross section icon displayed next to open cross sections or fences.
Cross Section Well Groups
All wells existing in a cross section are automatically grouped into a well group which is listed under the Cross Sections node in Data Panel 3D. This allows for better usability and for applying desired properties specifically to the wells of a particular cross section.
PRIZM
Improved Single Well Export
Select the desired curves from multiple curve sets and export the curves to a single LAS or CSV file over any specific zone, formation interval, or depth range.
Multi-colored Multi-well Cross Plot
Display multi-well clusters in different colors to easily differentiate between the data points belonging of different wells and analyze petrophysical behavior of the wells.
ASCII Export
Export the curve values in a text file using tab, space, or comma as a field separator.
Crossplot Data Points Export
Export the selected well data points from a crossplot to a CSV file.
View Multi-well Crossplot Wells in other GGX Applications
Select a group of points in a Multi-well crossplot and open the corresponding wells in WellBase, GeoAtlas, smartSECTION, GVERSE Geomodeling, and ZoneManager.
Import/Export Curves List and Curves Aliases
Import and export the default curves list and their associated curve aliases by using the options available in the Default Curves tab of the Project Default Settings dialog.
Decimal Representation of Curve Depth Values
Using the Data Readout mode, increase or decrease the decimal places in the curve depth values. The depth values in the curve insert area display up to three decimal places by default and can now be increased to six decimal places.
Z-Axis Color Spectrum
Get more control over the Z-axis color bar by adding more segments and colors. Enter any number between 1 to 30 for segmented intervals for color and scales on the crossplots.
CDS Template
Save the Curve Data Statistics template with the desired parameters set in the Curve Data Statistics dialog box. The saved template in the project directory can be used again with the Load Template option.
Customized WellBase Filters
Use customized WellBase filters to quickly locate the desired well for core, deviation, and dipmeter data import.
Choose and Rename Curves During Import
Ability to select specific curve(s) from the LAS file to import into the database and rename it to a new curve name during a manual import operation.
Save PRIZM Sessions
Save PRIZM sessions, including display windows, templates, report windows, Data Interval, Display Interval (log and crossplot only), Interpretation Set, and UDE states to an interpretation file that can be restored at a later time.
DepthRegistration
Display Formation Tops on Straightened Images
From the Select Formation Tops dialog box, select the formation tops you want to display on raster images. The selected formation tops are listed in the Registered Images pane on the left and are also marked on the registered straightened image pane. Once the formations are selected, the Formation Tops button in the standard toolbar can then be used as a toggle to show or hide the formation tops marked on the Straightened Images.
Support for RasCalML (XML) v2.2
Added the support for RasCalML (XML) v2.2 for DepthRegistration data imports.
GVERSE Field Planner
A one of a kind, fully automated field planning solution for Oil and Gas exploration. Unlike manual field planning functionality, GVERSE field planning introduces the planning and management of wells right within GeoGraphix. Plan wells pad by pad or guide GVERSE Field Planner to automatically position wells by defining hazards. Define surface hazards to avoid high sloped areas, rivers, existing pads, and custom restricted areas by specifying shape files. Define subsurface hazards to avoid wells that have already been drilled in the area, add tracts and setbacks to the owned leases with Lease Planner and GVERSE Field Planner, all integrated in the field planning workflow, to automatically provide, for your field, the most optimum, highest lateral length scenario in minutes.
Surface and Subsurface Hazards
Use surface and subsurface hazards as shapefiles in GVERSE field planning to avoid high sloped areas, rivers, existing pads, custom restricted areas, and existing wells already drilled in the area for the most optimized field plan.
DEM as Surface Hazards Shapefile
Use DEM (Digital Elevation Model) as a surface hazard file through auto field planning. Calculate the gradient of the grids on DEM layer. With the gradient higher than a user-selected number, the area automatically becomes a hazard zone.
Plan Wells Simultaneously in Multiple Drilling Windows
Specify multiple drilling windows as shapefiles in one field and have GVERSE Planner generate optimally spaced wells. It’s possible to provide custom azimuths to each drilling window.
Create Wells Deviation Surveys
Automatically create deviation surveys using the create wells deviation surveys feature in GVERSE Field Planner option via GVERSE Planner.
Lease Planner
Custom Azimuths for Lease Blocks
Set custom azimuths for different lease blocks and tracts. Azimuth for one or multiple tracts can be set and modified simultaneously for certain drilling windows.
Build Internal Setbacks
Add internal setbacks while adding multiple tracts in a selected lease area.
GeoAtlas
Create Surface and Subsurface Hazards Layers
Create surface and subsurface hazards layers as shapefiles in GeoAtlas to avoid high sloped areas, rivers, existing pads, custom restricted areas, and existing wells already drilled in the area.
Access FTP Hyperlinks in ESRI Shapefiles
Access FTP hyperlinks imported in ESRI shapefiles via data attributes in GeoAtlas.
GVERSE Inversion
Absolute impedance is supported.

 

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CMG 2018.101

CMG2018.101 CMG2018.101b

2018 General Release – (2018.101.G)

This release is the official 2018 General Release of CMG software. The products within the General Release contain many new features and bug fixes. The release contains the 2018.10 version for the following products:

* CMOST
* Cloud
* cEDIT
* IMEX
* GEM
* STARS
* WinProp
* Builder and Report Writer
* Results
* Launcher

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Emeraude5.12.07

Emeraude51207

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Simpleware v7.0 数字岩心建模与数值分析解决方案

+CADScanIP

Simpleware软件帮助您全面处理3D图像数据(MRI,CT,显微CT,FIB-SEM……),并导出适用于CAD、CAE、以及3D印刷的模型。使用图像处理模块(ScanIP)对数据进行可视化,分析,量化和处理,并输出模型或网格。

利用有限元模块(+FE Module)生成CAE网格;利用全新的物理模块:固体力学模块(+SOLID Module)、流体分析模块(+FLOW Module)以及多学科分析模块(+LAPLACE Module),通过均质化技术计算扫描样品的有效材料属性。

Simpleware软件基于核心的图像处理平台——ScanIP,结合可选模块,实现FE/CFD网格生成、CAD一体化以及有效材料属性的计算。

Simpleware三维图像建模软件在数字岩心领域所涉及的主要模块如下:

ScanIP Software:            核心图像处理平台

+FE Module:                  网格生成模块

+CAD Module:               CAD 模块

Physics Modules          物理模块

  • +SOLID Module             结构力学模块
  • +FLOW Module             流体分析模块
  • +LAPLACE Module       多学科分析模块
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petrel 2017 win10

petrel2017

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Greenmountaion mesa 12.1 for win10

mesa12.1x64win10

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IC 2016

IC2016a IC2016b

64-bit Application

 IC is now a 64-bit application which offers improved performance and greater memory.
 Being 64-bit application allows IC to handle large databases and images more effectively. Phasing out Microsoft Access database support
 Microsoft Access databases are not fully supported in 64-bit applications so it will be replaced by SQL Server LocalDB.
 LocalDB is a single file database which has the same functionality as MS Access but has the benefit of improved performance.
 Existing Access databases can still be opened but in 32-bit mode only.
 Existing Access databases can be upgraded, cloned and imported as in previous versions.
 MS Access databases will be phased out in IC 2017 and fully replaced by SQL Server LocalDB.  (See “Converting Access to SQL Server LocalDB.pdf” for further details.)
Faulting
 3D Depth based fault sticks picked from seismic data can now be imported into IC to improve structural visualisation capability.
 Faults can be displayed on maps as an outline polygon view, a 2D structural view or a gradientbased display.
 Faults can also be displayed and edited in cross sections and 3D Viewer to help the conceptual understanding of the subsurface.
 Both multiple faults and individual faults can now be imported directly from Petrel.
 Import and export of faults from other applications is also possible as ASCII files (with custom fault format definitions); IRAP Classic files, PolyLineZ format shapefiles, and Z-map files formats are all now supported.  (See “Release Note – 4.1.00 – Faulting.pdf” release note for further details.)
Gridding/Surfaces
 A number of improvements and modifications have been made to the calculation and display of surfaces within IC.
 Previously referred to as grids, the existing surfaces can now be resized directly from a map and any changes to range or display can now be applied with just one click.
 More powerful gridding methods are also available which allows pre-modelling data interrogation and analysis to be performed in IC, without the need to export into Petrel or other software packages.
 Industry Standard methods including Kriging estimator, Quadratic Shepard and Minimum Curvature have been added to the existing range of gridding algorithms to aid the overall understanding of the subsurface.

Map Toolbox
 The Map toolbox has been created to allow continuous updates of the map display, using a dockable updated tool. The map toolbox combines the properties from the old Map Manager and Map Properties. (See “Map Toolbox.pdf” and Help documentation for further details)
Enhanced Exporting
 Export tools has been added to support some of the more common export formats required including flat file (CSV, TSV), Excel spreadsheet and GIS compatible formats (SHP, KML and GeoJson).  These can be exported from reports, well browser and the well book builder.  (See “Release Note – 4.1.00 – Additional Data Export Formats.pdf” and Help documentation for further details)

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QUE$TOR 2018.1

QUE$TOR2018.1

QUE$TOR软件可用于概念设计经济评价,设计优化和详细设计阶段的石油和天然气的CAPEX / OPEX成本估算。QUESTOR软件应用套件包括QUE$TOR海上(offshore),QUE$TOR陆上(Onshore)和QUE$TOR LNG再气化模块。随着我们综合成本数据库更新,包括众多的属性,技术和设备信息,越来越多的成本估算工程师,财务分析师,管理人员和M&A分析师使用该软件进行投资估算和经济分析。

  • 精确的模拟油/气支出和生产;
  • 创建开发计划;
  • 节省大量的研究和分析人工时;
  • 支持的可行性研究和预FEED研究和概念设计;
  • 支持上游,液化天然气和离岸项目的成本估算和成本管理;
  • 与超过60,000点的成本连接,每年两次的更新访问全球最新的成本信息。
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METACOMP 14.1.1 流体力学软件

METACOMP_14.1.1 METACOMP_14.1.1_2 METACOMP_14.1.1_3

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ORGE 4.0.7.13

OGRE4.0.7.13 OGRE4.0.7.13b OGRE4.0.7.13c

资源评价软件

OGRE(Oil and Gas Reserves Evaluation System)软件(CONTINUUM)是美国OGRE Partners 公司开发设计的国际油气储量资产评估和管理系统。美国OGRE Partners 公司20多年来专门致力于油气储量评估技术的研究和储量评估软件系统的研发,该公司推出的油气储量评估软件系统在全球石油公司储量评估技术平台方面具有一定的代表性、广泛性和先进性。

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DecisionSpace Geosciences 10ep.3.06

DSG10ep3.06

Product Description

You’ll see that we listened and are proudly delivering on the many asks of our clients and of the industry. This momentous release delivers major enhancements for increasing performance, science, scalability, and usability including:

  • Over 100 patent-pending innovations – Automated Fault Interpretation, Natural Fracture Modeling and others
  • Unmatched scalability and performance
  • Up to 12x performance increase on big data handling
  • The only market solution that can handle up to 1 million wells, as much as 10x more than competing solutions
  • Terabyte seismic volumes that can be displayed and interpreted, as much as 7x faster than competing solutions
  • Up to 30% increase in geosciences user productivity
  • Usability with eclipse.org RCP framework
  • Performance
  • Quick search finds tools and capabilities
  • Access to multi-vendor data across the enterprise at your fingertips
  • Dynamic help follows what you are doing
  • On demand video based e-Learning
  • Backward compatibility with DSG 10.0 release so as to minimize cost of upgrade and change
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PetraSim 2018

PetraSim2018

PetraSim: 地下水模拟仿真图形化建模分析工具

PetraSim以交互式3D环境,包括网格剖分,参数定义和结果展示,使建模者充分应用TOUGH2的功能。
PetraSim解放了分析者,让他们可以专注于模型本身,同时自动处理TOUGH2输入和输出文件的繁琐细节,从而大大降低了TOUGH2的使用难度。具有PetraSim的TOUGH2版本包括TOUGH2和T2VOC可执行程序,为用户减少了成本和复杂性。

PetraSim用于TOUGH2模拟程序家族的图形化界面。TOUGH2及其衍生程序由伯克利劳伦斯国家实验室(Lawrence
Berkeley National
Labroatory)研发,因其在孔隙和裂隙介质中水流和热运移的强大模拟能力而被认可,包括挥发性有机化合物的多组分混合物(TMVOC)。TOUGH2已用于包括环境修复和Yucca山地下水流在内的多相、多组分问题。

PetraSim的主要特点包括:
* 完全交互式的模型生成和结果展示。
* 3D模型控制和视觉反馈。
* 利用直观对话框的定义参数。
* 集成化网格生成。
* 集成化网格和单元格编辑。
* 自动生成模型的输入文件。
* 集成化3D等值面,矢量和等值线绘制。
* 集成化时间记录图和数据对比。

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Rokdoc 6.6

RokDoc岩石地球物理研究及快速油气预测软件
Ikon Science公司的荣誉软件RokDoc Ji-Fi,是一款结合了地震数据、岩石物理学、以及Ikon区域数据库内其他地质信息的软件,能够直接预测目标区域的岩石类型和岩石性质。 Ikon公司与联邦科学工业研究组织(CSIRO)和Tullow石油公司合作对软件进行了10多年的研究、开发和应用。其中,Tullow石油公司负责提供资金、数据、项目和独立测试方法。软件使用了先进的贝叶斯数学和不确定性分析方法,能够稳定地保证地震分辨率、降低噪声,为勘探、生产、钻井和其他储层投资提供了独一无二的决策支持。
该软件自2015年实现商业化后,全球超过100家公司,其中包括3家超级石油公司已经购买或使用了该系统,这意味着RokDoc Ji-Fi软件正在迅速成为地震数据的定量使用新标杆。

rokdoc6.6rokdoc6.6a

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RMS 11

RMS11

RMS11 为油藏信道化提供了新型建模工具,提升了油气生产商使用体验并为未来基于Web和云端的合作提供全新插件框架。
更新版油藏建模软件 RoxarTM RMS11拥有一套功能强大的交互式工具,协助开发人员更智能、更人性化地实现油藏建模;还拥有相模型和油藏信道化和区域定义的统一工具。另外,该软件进一步加强了艾默生端到端勘探与生产(E&P)软件组合。
该套件采用全新插件技术,旨在确保未来网络端和云端工作流程正确配置RMS 11 ,作为工业领域内非常开放、灵活的油藏建模解决方案之一。 艾默生自动化解决方案Roxar 软件产品开发和营销副总载KjetilFagervik 认为 : “Roxar RMS 11以用户为中心,帮助用户更高效工作,协助他们快速获取建模结果和智能决策。在将创新作为油藏建模工作流程的核心时,用户期待拥有一个充分开放、高度自动化与超强交互性的油藏建模解决方案,为未来的钻井、生产和油田开发战略提供更好、更快的决策以及个性化的针对信息。”
Roxar RMS 11 的主要特性有:
  • 信道化油藏建模采用全新直观图形用户界面,算法更加智能化,迭代次数更少,几何信息更灵活,使油井调节更容易实现,在更短时间内交付改进的结果。RMS 11还包括在相关联模拟建模时控制体积分数的全新工具。
  • 统一整体化概念,用于描述和定义结构和网格模型中的区域、几何和属性。用户可在建模中结合区域几何和属性 – 例如应用于地图生成、体积法和流模型构建。这样做增强了多种实现工作流程的自动化,同时提高了用户体验。
  • 提升用户体验还包括搭建更加灵活和快速的数据结构树;艾默生模式驱动解释(MDI) 工具融入全新导航和视觉化编辑工具; 全新的井事件创建工作,简化流模拟中井数据的生成;用户能更好地掌控流模拟多分段井数据的生成。
  • 新型插件技术可扩展 RMS 11 功能,将其定位于未来Web和云端工作流程;增强  Roxar 应用编程界面 (API) , 帮助运营商将其知识产权融入到油藏建模工作流程中; 扩展 petrelTM I/O 工具;添加新功能,提高 Roxar RMS 与流体模拟器之间的数据传送能力。
RMS 油藏建模软件是地质学和油藏工程平台,用于地震解释、测井解释及其相关、测绘、地质建模、网格定位和流体模拟。该软件帮助运营商将数据整合,同时采集并传播工作流程中的不确定因素。
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opendtect 6.4

opendtect6.40

OpendTect软件是荷兰dGB公司研发的一个地震目标检测系统,集层序地层解释系统、倾角导向、地震颜色反演等功能为一体,可同时对多个地震属性体进行处理、可视化和解释。其中最具特色的技术是倾角导向和层序地层解释系统。

该软件利用倾角导向可直接生成导向体,导向体包含空间每一个采样点的倾角和方位角信息,在多道属性处理及滤波时利用导向体来充分考虑地质目标体的空间展布,从而提高目标体及断裂检测的精度。

此外,运用倾角导向功能还可自动追踪年代地层事件,进而进行沉积体系域解释,帮助研究人员更直观、更深刻地理解地层沉积演化过程

OpendTect是OpenSource环境下的地震解释软件系统。它使您能够使用属性和现代可视化技术(如立体观察和体绘制)处理,可视化和解释多卷地震数据。对于更高级的工作,可以使用商业插件和免费插件。由于OpenSource结构,OpendTect也是地震解释的研究和开发环境。 OpendTect用户可以开发他们自己的解释工具作为系统的插件。 OpendTect由dGB开发和维护。 OpendTect基本主要功能:在单一调查中对2D和3D数据进行可视化和分析,Horizon跟踪器,各种属性和过滤器(包括光谱分解)的实时计算和可视化,多平台分布式计算,插件架构。商业插件包括:Dip-steering,神经网络,SSIS(层序地层解释系统),光谱蓝化等。

关于dGB地球科学B.V自1995年以来,dGB地球科学公司提供领先的地震解释软件解决方案和口译服务。我们是一家私营公司,其商业模式围绕世界唯一的开源地震解释系统OpendTect展开。 OpendTect被全球146个国家的23,000多名用户使用。我们为数千名开源用户,数千名学术用户和数百名商业用户提供服务。我们的商业用户群覆盖石油和天然气工业,地热工业,采矿和地质工程领域的所有地震解释用户。在OpendTect之上,dGB和合作伙伴开发了一系列独特的软件模块,用于从数据中提取更多的地质信息。

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WinGLink

WinGLink

WinGlink 是一款意大利 GEOSYSTEM 公司开发的综合解释平台,主要侧重于 大地电磁的建模和数据处理,能结合重磁资料和大地电磁的联合处理解释,并实 现了钻孔等资料的约束反演。该系统实现了大地电磁的一、二维反演,并可进行 三维大地电磁的模拟,其正演采用了 Randy Mackie 的二维交错采样有限差分迭 代算法程序。

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GeoModeller 4.04 2018

GeoModeller4

GeoModeller is software for building complex, steady-state, implicit 3D geological models, and performing forward & inverse geophysical modelling directly from your project

Comprising an intuitive editor, drill holes and grids/mesh managers, and modules for 2D/3D geophysical and geothermal modelling, and  airborne EM inversions – you can manage and interpret your oil and gas, minerals, geothermal, hydrogeological or engineering projects with comprehensive functionality and import/export options.

Geological Editor
Implicitly models 3D surfaces constrained by primary geological data (contacts and orientation data together) and/or drill hole intercepts
Adheres to rule-based modelling of fault networks and relationships of the pile
Drill hole & grids/meshes management
Fully supports drill holes and attributed dataDrillhole Data editor in GeoModeller
Offers a range of interpolation methods including domain kriging (to mimic geology formation shape avoiding un-folding prior to kriging)
3D grids/meshes calculator
3D viewer and slicing tools

Forward & inverse geophysics modules
Using stochastic inversion techniques
2D profile modelling of gravity and magnetics and synthetic seismographs
3D forward modelling of gravity, magnetics (including remanence), full tensor gradiometry (FTG)
3D forward computation of temperature, vertical heat flow and geothermal gradient
3D litho-constrained stochastic geophysical inversion of gravity and magnetics (separately or jointly)
Driven by comprehensive GUIs and wizards
Modelling can commence from a GeoModeller model, or an imported lithology voxet
Handles variable rock properties through look-up tables (probability distribution functions) or custom voxets
Browses to reference geophysical grids
Comprehensive post-inversion products including quantified uncertainty of geology-geometry and rock properties
The GeoModeller inversion method is non-deterministic. Inversion continues beyond a satisfactorily low misfit level (referencing observed geophysics at set precisions) – exploring and keeping a range of allowable models, and presenting distilled statistics of these, in terms of probabilities of geology-geometries and rock properties.
Support for airborne EM in GeoModeller
As an Add-on to GeoModeller-Base, a 1D airborne EM inversion module is available for sale. Additionally, we provide a new service for airborne EM 2.5D inversion (Moksha module not for sale)
Resistivity voxet and section outputs from 2.5D EM inversion – displayed in the GeoModeller workspace ready for geological interpretation, and integration with all other geological and geophysical data (maps, sections, drilling, anomaly grids, seismic sections, etc)

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