2022 Esri European Energy Resources GIS Conference

16 sessions

Technical Workshop
All Attendees
Yes
In-Person
Yes
3:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Data Management
Review ArcGIS Pro and other energy related data management extensions such at ArcGIS Pipeline Referencing (APR) and the Utility Network in this interactive discussion forum.

Session Type: Technical Workshop
Session Level: All Attendees
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User Presentations
All Attendees
Oil and Gas
Yes
In-Person
Driving Innovation through Infrastructure Reporting
Gregor Calderwood
Ben Holmes
Joe Marple
Bee Smith
The North Sea Transition Authority (NSTA) will be joined by four organisations to talk about the new infrastructure reporting process and how it has affected those in industry. In October 2021, the NSTA revolutionised the process for infrastructure reporting under Section 34 of the Energy Act 2018, requiring organisations to report in spatial formats and including automated QC. The NSTA has strived to ensure that it has been robust, considerate and fair and maintained open communication and collaboration where possible with reporting organisations. After presenting on why and how the process has changed (10 minutes), the NSTA will be joined by Total Energies, Xodus Group and Exprodat who will each speak (5 minutes each) about how this has impacted their workflows, their clients, and how they manage and store infrastructure data.
Seismic Oversight Building a Seismic Inventory
Anne-Grethe Ekornåsvåg
Jennifer Gaa
DEFINING ISSUE: Seismic data are used regularly throughout Equinor's value chain. Often seismic data managers are relied upon to know which seismic datasets, and the data characteristic, are available for any given area. Though a handful of both off-the-shelf and internal solutions existed, determining the company's data inventory proved difficult. Some BAs had to resort to relying on the seismic data vendor in order to determine licensing to avoid duplicate purchases and/or violating sharing agreements. GIS SOLUTION: Develop a hierarchical-structured metadata database model and a web-application for seismic data managers to maintain and analyze the company's global inventory. In realizing this goal, all seismic data consumers can easily search for available data, fully understand the data characteristics, determine where that data are loaded, and what restrictions to use the data has. This solution has positively impacted the entire seismic data value chain from acquisition to relinquishment.
Yes
ArcGIS Pro
3:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Data Management and Reporting
Regulatory optimization and enterprise seismic data management.
Session Type: User Presentations
Session Level: All Attendees
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User Presentations
All Attendees
Health, Safety, and Environment
Yes
In-Person
GIS Solutions for Environmental Emergency Management and Monitoring Oil Spill
Claudia Marcela Torrado Escobar
Planning strategies based in real time data during environmental Emergencies requires to have foundations in GIS technologies and platforms. Crisis management and monitorization should support an effective response. Our main goals were improving and understand immediate needs, define priorities, and build strategies based in accurate geospatial data to take effective actions and decisions. A multi-talent expert team were assigned to sum all experiences and knowledge to build a customized GIS platform to integrate and collect data-information from field to support data-driven analysis and prepare strategies. The way about GIS tools & technologies can contribute for making real time data-based plans have become a pillar to stablish daily, medium- and long-term activities to mitigate the environmental hazards and control oil spill effects. Emergency response team needs a system to integrate several sources of data that includes data collected in field, predicted impact models, sensitive environmental maps, natural reserves and wildlife locations to prevent life and assets damages. All of these tools have been using “agile” methodologies.
Improving Oil Spill Response in the Arctic with COSRVA Web Tool
Nina Winter-Hjelm
Øivin Aarnes
The Arctic is undergoing rapid environmental and social changes. As human activity increases in the region, so does the risk of oil spills. Besides the major environmental and social impact on vulnerable human communities and animal species, the harsh conditions in the region can make oil spill response extremely difficult. To improve oil spill response in the Arctic marine environment, the Arctic Council conducted a study of oil spill response viability for the circumpolar North. The study helped to better understand the potential for different oil spill response systems to operate in the Arctic marine environment. The Circumpolar Oil Spill Response Viability Analysis (COSRVA) web tool was developed to present the results and uses data from ocean and climate models that enables oil spill responders to work more accurately and efficiently. COSRVA support a transparent and constructive dialogue among Arctic stakeholders on the topics of emergency and oil spill response and enables a science-based foundation for understanding the main challenges.
ArcGIS Online & Oil Spill Response
Liam Harrington-Missin
From ArcGIS Hub in the UK's national oil spill exercise, Field Maps and Survey123 collecting game changing data offshore Sri Lanka, all the way to the everyday task of conducting toolbox talks on the chilly shoreline of the Solent before an exercise, ArcGIS Online is changing how Oil Spill Response Ltd. (OSRL) delivers its services. In this case-study filled presentation, Liam Harrington-Missin, OSRL's Head of Technology, will present the maps, apps and data behind some of the major marine pollution incidents and exercises of the past 2 years.
Yes
Tuesday, Nov 08
10:00 a.m. Tuesday, Nov 08
Emergency Response Case Studies and Tools
These presentations provide case studies and tools for driving a more efficient and informed response in different operating environments.
Session Type: User Presentations
Session Level: All Attendees
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User Presentations
All Attendees
Production, e-Field, Operations, and Optimization
Oil and Gas
Yes
In-Person
bp Geospatial - Backing Britain
Stephen Hogg
bp intends to invest up to £18 billion in the UK's energy system by 2030, helping the country reach its net zero goals. bp and Aberdeen City Council have joined up to provide energy and mobility solutions to support the transition to net zero by 2045, bp Geospatial provide front end concept delivery teams with an easy-to-use citizen developer toolkit. We also have teams involved in supporting different elements of NZT Power, Northern Endurance Partnership, H2Teesside and HyGreen. This work involves integrating with multiple engineering and feed contractors and making sure the various projects are serviced with the latest relevant geospatial data from offshore 3D seismic data to onshore 3D models. Geospatial support is also playing an integral part of the 3 ongoing offshore wind projects (Morgan, Mona and Morven), supporting safe and efficient survey acquisition, assistance to onshore routing and consenting activities, using some of the latest portal technology. Finally, the retail arm of bp in the UK is also supported by Geospatial, assisting with the intelligent locating and development of EV charging and solar energy sites.
Reshaping Geospatial as Part of the TotalEnergies Energy Transition
Camille Jaganathen
Veronique Miegebielle
May, 2021 : Total became TotalEnergies. This strategic transformation is to fulfill the mission of providing more affordable, clean and reliable energy to as many people as possible more effectively than ever. The creation of OneTech branch on September 1, 2021 initiates an unprecedented mobilization to meet TotalEnergies’ new challenges to become a major player in the energy transition. OneTech federates all technical and scientific expertise. It comprises 3,300 engineers, technicians and researchers, working on the new challenges faced by TotalEnergies. Geospatial department inside OneTech organization regroups experts from Geospatial operations, technologies and remote sensing to answer all together with one voice to the diverse internal customers and satisfy the new emerging needs of TotalEnergies transition. Geospatial activities centralization allows to answer to internal customers transversely and challenges us to be more efficient. To execute this, Agile methodology has been implemented with different squads and one in particular: customer success squad dedicated to ease and optimize our customers interactions to design new products and adapt company needs.
Yes
Tuesday, Nov 08
9:00 a.m. Tuesday, Nov 08
Enterprise I: Energy Transition
Geospatial technology and resources supporting the energy transition.
Session Type: User Presentations
Session Level: All Attendees
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User Presentations
All Attendees
Production, e-Field, Operations, and Optimization
Oil and Gas
Yes
In-Person
Powering Progress with ArcGIS Online
Julian Rogers
At Shell our strategy is to power progress together by providing more and cleaner energy solutions. We have a vibrant and continuously improving Upstream business which allows us to provide the energy the world needs today, while increasing our investments in cleaner energy. This presentation will demonstrate how the Shell Geomatics community is playing a key role in the delivery of this strategy by leveraging an enterprise deployment of ArcGIS Online to harness and share geospatial data across the company. You’ll hear about the benefits of our transition from an on-premise ArcGIS Portal to an ArcGIS Online Organization and see examples of how we’ve leveraged it to provide tangible value by harnessing the power of data liberation and democratization. Examples include providing corporate datasets, maps and apps allowing teams to quickly screen areas for carbon capture and storage opportunities, ArcGIS Online Hubs configured with key content and how-to videos, and an app and workflow to support both low-carbon growth and traditional exploration teams to quickly capture their interpretations and story lines to share learnings and drive fast, informed business decisions.
Keep Your Portals in Sync
Carsten Anders Böcker
Ørsted has chosen ArcGIS as a global GIS Platform throughout the entire company. The ArcGIS platform facilitates the design, construction, and operation of utility-scale offshore as well as onshore wind and solar farms, thereby furthering the green energy transition. The presentation will focus on how we have enabled the GIS analysts in the business to deliver their products to the projects in a very short work cycle. We have deployed ArcGIS Enterprise in Azure Cloud with a three-tier enterprise installation (Test, Preproduction and Production) following Esri best practices. We will give a system overview and discuss the challenges we have met with this approach and how we have addressed them using automated workflows with special focus on moving items and keeping integrity between portals.
Portal Collaboration of Existing Enterprise GIS on Pertamina’s Subsidiaries
Mochamad Hamsah Fansuri
Arya Irwan
Sondy Hardian Meisajiwa
Mohamad Heru Prasetyo
The new organization of Pertamina had significantly impact, especially in the Subholding Upstream (SHU) that changes the operational model and asset management within a regional framework instead of subsidiary. These changes have become the most complex challenges to conquer. However, these dynamics are not expected to change Pertamina’s vision even as it improves its performance and competitiveness through digital transformation. One of essential key in digital transformation is data collaboration which has been resolved in subsidiaries through an enterprise Geospatial Information System including vessel tracking system, which was built by former old operators. These systems are still used massively in daily operations that currently still manage huge volume of data stored in the different databases, various Coordinate Reference System, various network domain and different data structures shared by many entities. Furthermore, those systems are legally bound by various contracts. In attempt to this challenge, SHU develops a geospatial data union, which able to manage those data collaboration in order to purpose of a borderless operation. The system, called by Pertamina’s One Map.
Yes
Novandy Ritung
Tuesday, Nov 08
10:00 a.m. Tuesday, Nov 08
Enterprise II: Collaboration and Communication
Engaging the Enterprise through Portal and AGOL.
Session Type: User Presentations
Session Level: All Attendees
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Technical Workshop
All Attendees
Yes
In-Person
Yes
4:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Field Operations
Discussion on how to enable field operations workflows that improve coordination and efficiency.

Session Type: Technical Workshop
Session Level: All Attendees
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User Presentations
All Attendees
Renewable Energy
Yes
In-Person
Enel GIS Tool for Environmental Analysis in Renewable Project Assessment
Veronica Campagnoni
Jyoti Rohodia
Grazia Pannarale
GIS has been a driving force in promoting digitalization at Enel. Given our efforts to build a sustainable future, our business requires us to assess potential Renewable sites such that our work doesn't impact our environment & biodiversity. Hence, we developed a semi-automatic GIS enabled Environmental Analysis tool internally to help us carry out the constraint analysis in the efficient manner. The tool is aimed at establishing a standardized quantitative & qualitative approach to carry out spatial risk analysis pertaining to the environmental key performance factors using ArcGIS Geoprocessing tools. It supports our Environment, Archaeology & Biodiversity function in conducting the analysis faster & accurately at the preliminary stage of project development, to identify and assess impact of any existing environmental, social, ecological, archaeological sensitivities associated pertaining to the project area of influence. It would also help in avoiding time losses due to several iterations during the design and pre-planning phase of a project. Thus, saving in time and cost. Lastly, the outputs generated would be restored on Enterprise portal creating a powerful GIS repository.
Using Hyperspectral Imagery for the Identification and Quantification of Methane
Kevin Goldsmith
Methane is a powerful greenhouse gas that is emitted from a variety of anthropogenic activities and natural processes. Over the years, several hyperspectral sensors (TROPOMI, PRISMA, and GHGSat) with spectral channels in the 400-2500nm spectral range and spatial resolution between 0.03-7km have been used to detect and quantify small to large scale methane. This study evaluates the potential of PRISMA hyperspectral dataset for methane mapping. We applied a data-driven matched-filter approach with albedo correction in the 2300nm spectral region to detect methane plume at a 30m spatial resolution and retrieve its concentration in parts per million per meter (ppmXm). For each detected plume, we calculated its emission flux. The performance of our plume detection is demonstrated using the knowledge of a gas well blowout reported at Eagle Ford shale near Victoria, Texas. A comparative analysis was also performed using the state-of-the-arts detection results of real plume at various methane hotspot regions. Our study reports the advantage of PRISMA for methane detection and suggest that our methane detection approach will be possible with additional satellite sensors like EnMAP.
Yes
ArcGIS Enterprise
ArcGIS Pro
Tuesday, Nov 08
9:00 a.m. Tuesday, Nov 08
HSE Sensing and Analytics
Learn how to help protect the environment with informed site selection analytics and data-driven methane tracking and reporting.
Session Type: User Presentations
Session Level: All Attendees
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Technical Workshop
All Attendees
Yes
In-Person
Yes
2:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Imagery & Remote Sensing
Review updates and advances in imagery, analytics and real-time in this interactive discussion forum.

Session Type: Technical Workshop
Session Level: All Attendees
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User Presentations
All Attendees
Production, e-Field, Operations, and Optimization
Oil and Gas
Yes
In-Person
PODS 5 to PODS7x with APR Migration
Graham Savage
bp are migrating their system of record for Pipelines from PODS 5.2.3 bp Golden Build to PODS 7x bp Golden Build with APR. The session will take the audience through the thought process behind why upgrade in the first place, the advantages of PODS 7 with APR over older PODS data models, the broad stages of the implementation and unknowns that presented themselves during the project. This project has added complexity due to the diverse geographic extent; coordinate systems and units of data being migrated across numerous regional SDEs.
A Next Generation GIS for GRTgaz with Esri Utility Network
Jelmer Akkerman
Marc Develey
Ronan Hervé
In this presentation we will explain the strategy followed to execute a Proof of Concept project at GRTgaz, the main gas carrier in France. GRTgaz is looking for the best strategy to simplify its GIS landscape, and to support network modifications when migrating towards renewable gas as part of the energy transition. GRTgaz asked Esri France and Tensing to help them with this challenge. Together, we ran a project to explore the capabilities of the combination of both the Utility Network and ArcGIS Pipeline Referencing to replace the current custom developed GIS setup at GRTgaz. During our presentation we will highlight the results of the project and present lessons learned and proposed next steps.
OMVs Solution for Business Critical Turnaround Planning
Julia Kabelik
For the last two years OMV Downstream GmbH is continuously working on improving their planning and asset management processes especially for the regularly recurring shutdowns of one or more technical facilities. Turnarounds (TAR) are one of the most expensive (and labour intensive) but routine aspects of refinery and manufacturing plant operations involving a lot of stakeholder coordination,planning and effective execution. As it involves planned downtime for operations for different reasons – revamping,new construction,inspection,it poses an added safety risk for personnel and the facility. Follow OMV Downstream GmbHs journey from the beginning where red lining and planning were done on printed plans,via first web editing experiences in WebOffice and finally their way to a customized ESRI web editing platform.The newly developed ESRI App has all the necessary functions for delivering accurate and up to date planning,accessible for all stakeholders.We even took the planning process one step further and integrated our 3D models within the GIS and combined SAP assets to visualize different stages of the TAR and therefore increase the awareness during the ongoing maintenance business.
Yes
Tuesday, Nov 08
10:00 a.m. Tuesday, Nov 08
Pipeline Industry Analytics and Visualization
Drive safer and more efficient pipeline operations.
Session Type: User Presentations
Session Level: All Attendees
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Technical Workshop
All Attendees
Yes
In-Person
Yes
Tuesday, Nov 08
9:00 a.m. Tuesday, Nov 08
Pipeline Industry Trends
In this session the Esri pipeline team will provide an update on how ArcGIS is best applied to common tasks and workflows of gas and hazardous liquids pipeline operators. Special emphasis will be placed on how recent ArcGIS advances enable pipeline operators to better respond to evolving industry trends.
Session Type: Technical Workshop
Session Level: All Attendees
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User Presentations
All Attendees
Production, e-Field, Operations, and Optimization
Oil and Gas
Yes
In-Person
Implementing ArcGIS Pipeline Referencing and Its Role in in Safeguarding Our Pipelines
Gini Ketelaar
The rationale to implement the APR was that the legacy pipeline data management system could no longer run due to Esri and Oracle software upgrades The primary requirements were to be able to 1. maintain pipeline geometries and pipeline features handling new as-builts or pipeline modifications 2. transform events recorded in an “along pipeline” reference system to a real world coordinate reference system. 3. submit data to regulatory bodies in a range of (geo) formats. Apart from these requirements NAM also expects the following benefits from the implementation 1. the use of industry standards to store the pipeline related data and off the shelf software should make it easier to get support from outside the organization and exchange data with 3rd parties 2. the ability to quicker assess inline and outer pipeline inspection data with standard ArcGIS Pro / AGOL for 3D or time lapse analyses. NAM spends much effort in collecting pipeline integrity event data, but tools to assess these in an integrated way could be used more extensively. There is an opportunity for further value derivation from the inspection data that may contribute to prevent pipeline failure. This presentation also covers the re-conceptualisation into geometry, routes, measures, point and line events.
Yes
Tuesday, Nov 08
9:00 a.m. Tuesday, Nov 08
Pipeline: Industry Trends and Models
Learn about exciting developments and capabilities across the Pipeline industry.
Session Type: User Presentations
Session Level: All Attendees
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User Presentations
All Attendees
Maritime
Yes
In-Person
bp's Global Attending and Passing Vessel Collision Monitoring (GAPCOM)
Justin McCreight
Monitoring marine traffic is critical to mitigating collision risks and ensuring the safe navigation of passing and attending vessels to our offshore assets. BP’s Global Attending and Passing Vessel Collision Monitoring (GAPCOM) application hosted in One Map has replaced a legacy system used by bp onshore and offshore teams for monitoring marine traffic. GAPCOM is providing enhanced attending and passing vessel monitoring capability, improved purpose-built user interface and reporting system, direct connections to bp AIS and radar equipment on offshore installations, and integration with other bp data streams and layers such as: Global Marine Weather data and Regional subsea infrastructure. This presentation will provide a high-level view of how the GAPCOM application was developed and live demo of the capabilities offered within the application.
Tracking Application Portability from Open-Source to Esri ArcGIS GeoEvent Server
Didier Brugat
Jacqueline Courtaud
Until end of 2021, maritime assets tracking in TotalEnergies was operated through an application based on open-source technologies. From the beginning, the development, maintenance and software updates have been entrusted to Thales. This application was managed by GIS team and was provided to the affiliates. The constant evolution of technologies, obsolescence management, high frequent maintenance, and increase of data volumetry linked to the new requests and needs from users, have led TotalEnergies and Thales to think about, to improve, and design a new solution. This solution is based on the Esri COTS ArcGIS GeoEvent Server. Thus, the ArcGIS GeoEvent Server allowed to simplify AIS (Automatic Identification System) data collection, transformation, insertion, storage and historization. One processed, the data are displayed in dedicated webapplications using mapservices. The ability of maintenance and the new developments are facilitated through the GeoEvent administration interface and associated tools. Since the implementation of the GeoEvent Server, the operational, technical and administrative uses are now perfectly adapted and sustainable, even opening the way to new ideas.
Quick Data with Quick Capture
Aleksander Kedzior
Bp is exploring a large area in Middle East to evaluate the physical and socio-economic potential for renewable energy production. The field scouting team, without a geospatial and survey specialist, required a solution to gather in-field intelligence. Geospatial team delivered the solution: Quick Capture app delivered to the team in less than 24h. The app provided a convenient data entry point, allowing connected workers in the field to capture data and georeferenced images. The simplified process accelerates data gathering and sharing from the field to the office and the results were feeding decision making on where best to deploy renewable energy infrastructure and other assets. The team were able to capture over 5000 data points across a vast and remote area. Thus, providing invaluable information about potential bp site locations, terrain, geology, infrastructure, road conditions, environmental considerations, civil and geotechnical information. The presentation will demonstrate the process of app creation and technical requirements, expose the benefits (mostly) and constraints (some) of the Quick Capture app and we will also attempt to assess its usability vs cost.
Yes
ArcGIS API for JavaScript
1:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Real-Time and Mobile Workflows in Energy Operations
Learn how colleagues are upgrading operations with real-time tracking and mobile apps.
Session Type: User Presentations
Session Level: All Attendees
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Technical Workshop
All Attendees
Yes
In-Person
Yes
2:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Real-Time Visualization & Analysis
Discussion on gaining insights from real-time changes and big data analytics by tapping into IoT data from sensors, devices, and feeds.

Session Type: Technical Workshop
Session Level: All Attendees
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User Presentations
All Attendees
Yes
In-Person
GIS Implementation in Enel Renewables Projects
Veronica Campagnoni
Jyoti Rohodia
Ivani Vieira
Enel in developing various digital advanced solutions for renewable power plant Development,Design&Execution processes to make the whole project digital-value chain more efficient and sustainable using GIS technology.Tools in the development phase, help us identify potential sites, cadastral management & visualize the scouting progress in a real time dashboard. In Engineering phase, python based GIS tool help us to perform Environmental multi-variate constraint analysis to identify environmental sensitivities in project area.Another inhouse model facilitates location optimization of wind power plants to avoid visual impact from "sensitive" points of view, located around project area. We also have internally designed an arcpy tool for automatically extracting useful slopes areas for optimal Solar panel installation area.Lastly, in construction phase, we created construction monitoring apps to update status of process completion. Also, we use machine learning tools to extract solar panel installed areas & estimate construction velocity using satellite images.In the end, we combine all the data generated in 3 phases in a 2D and 3D maps to visualize the timeline of Project development.
Estimation of Electricity Production Potential from Rooftop Solar Photovoltaic
Omran Al Rawahi
Oman is following the need for sustainable development, and as part of its renewable energy goals, Oman announced in 2019 the initiative to install rooftop solar PV systems in approximately 100000 residential premises. Hence, this project is estimating the potential of electricity production in Seeb, Oman by installing a rooftop PV system on the building’s roofs and the expected reduction in CO2 emissions respectively. Then, compare the results with the actual electricity consumption. GIS Based methodology is used in this project using three primary datasets which are DEM, building footprint and electricity consumption. These datasets are processed and analysed using the ArcGIS platform. Furthermore, the methodology used two solar radiation models developed by Esri. The results show that up to 51% of the electricity consumed in the study area can be covered by the electricity produced from rooftop PV systems, which equals 2405 GWh/Year. However, the results are subjected to the used solar model, estimations and assumptions. Such a detailed project is rarely available for Oman, Furthermore, it can be used as a backbone to dig deeper into other related topics like the rebound effect.
Optimizing Offshore Wind Farm Layouts Using ArcGIS Pro
Adrian Birch
Chris Jepps
Richard Webb
There are three key factors when designing the optimum wind turbine layout for an offshore wind farm - also known as “micro-siting”: sea-bed environment, wind characteristics and electrical cable layout. In traditional offshore wind farm development planning these factors are usually considered in isolation, but research has shown that wind farm development costs, maintenance costs and operational performance can be significantly optimized through integrated planning.  The ArcGIS technology stack, and specifically ArcGIS Pro, is uniquely positioned to meet this challenge, with its combined capabilities of spatial analysis, 3D visualisation/analysis and network analysis. This presentation showcases a toolkit developed for organizations planning offshore wind farms to rapidly create wind turbine layouts and quickly assess their suitability in terms of wake interference, power generation and cable network efficiency by leveraging the unique spatial analytics capabilities of ArcGIS. 
Yes
1:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Renewables: Planning and Analytics
Discover how colleagues are designing and delivering energy of the future.
Session Type: User Presentations
Session Level: All Attendees
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Technical Workshop
All Attendees
Yes
In-Person
Yes
1:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Spatial Analysis & Data Science
Discussion on the use of location as the connective thread to uncover hidden patterns, improve predictive modeling, and create a competitive advantage.

Session Type: Technical Workshop
Session Level: All Attendees
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User Presentations
All Attendees
Production, e-Field, Operations, and Optimization
Oil and Gas
Yes
In-Person
From Surface to Subsurface: The Role of Geospatial Analysis in Argentina Onshore
Sofia Campo
This project describes the role of the geospatial discipline for supporting the understanding of specific geological resource formations in Argentina Onshore. Multiple geographical scales, from regional to licence, were used to compile, visualize, and analyze different geoscience subdomains in the Neuquen Basin. These included, among others, geology, basin modelling, geochemistry, paleogeography, petroleum systems, petrophysics and seismic. Finally, a set of resource maps was obtained based on geostatistical techniques using a diversity of proprietary, open source, and cloud solutions to analyze and disseminate information.
Wells Events Mapping Along Deviation Trajectories at TotalEnergies E&P Nigeria
Jean-Michel Amouroux
The presentation explains how the Esri technology has been used for the map’s generation and web publication of Wells Events, such as Reservoir extents, Losses, and Completion zones, to support the collaborative work of technical entities for wells preparation and operations. Objective: The main goal is to save time and gain efficiency via exhaustive maps and/or the use of an interactive web interface for data consultation. The WebGIS application allows the access to a complete and reliable source of information easily available via the intranet. The point is to facilitate the access to critical information about wells and speed-up the taken of decisions during operations. This also helps guarantee data accuracy and improve safety of operations thanks a precise and updated cartography.
Yes
ArcGIS Desktop (ArcMap)
ArcGIS Online
ArcGIS Pro
3:00 p.m. Tuesday, Nov 08
Tuesday, Nov 08
Upstream: Data Integration and Visualization
Learn about new insights in exploration and subsurface analytics.
Session Type: User Presentations
Session Level: All Attendees
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2022 Proceedings