SEPAL WRFM Solution is an innovative and word-class technology embedded with advanced analytics capabilities, designed and developed for the oil & gas industry, to optimise workflows, digitalise processes, improve collaboration and revolutionise well & reservoir management. SEPAL WRFMS offers:
Cross-functional Collaboration Platform
Cloud based Data Management System
Well and Reservoir Management Process Digitalisation
NLP Based AI Assistant for Asset Surveillance and Information Mining
Analytics Enabled Quick Asset Review
The use of SEPAL WRFMS includes:
Digitisation and management of well schematics with associated intervention histories on a single platform
Easy access to asset information with ability to quickly query large and complex database.
Quick well reviews and identification of opportunities for production optimisation.
Enhance well & reservoir data availability, reliability and visualisation.
Deeper understanding of wells and reservoir performance for optimum recovery.
Improved success rate of well intervention activities through reliable data analytics.
Enhanced well integrity management.
Improved efficiency of well and reservoir management.
SEPAL WRFMS Solution, a business intelligent tool for managing wells, reservoirs, and facilities with structured workflows for cross-functional integration of interpretations, easy data retrieval, rich analytics, and near real time production optimisation opportunity screening.
Repository for Validated Well, Reservoir, and Facility Data
Single source of truth for up-to-date wells, reservoirs, and facilities data, validated by asset data custodians and democratised to all stakeholders.
Eliminate information asymmetry and enhance the efficiency of asset teams by democratising validated data.
Ensure more representative models and accurate analysis by eliminating errors due to the use of wrong or outdated data.
Improve the success probability of well intervention and workover jobs by using up to date and validated information for reviews and planning.
Identify data gaps and ensure data currency management.
Improved asset performance and decision making powered by insights gained through flexible and customisable visualisation.
SEPAL WRFMS Solution provides:
Robust algorithms and workflow with enhanced data visualisation functionalities for improved efficiency of asset team.
Fit-for-purpose e-wellbook for integrated data visualisation, review and easy access to multi-discipline asset data.
Interactive charts with pliable customisable features to quickly compare asset data and identify trends, patterns, deviations, and relationships.
Easy-to-use print and report templates with flexible configuration options.
Enhanced safety and efficiency across the well and reservoir management value chain through proactive monitoring and surveillance, with triggers to flag deviations from expected trends and defined constraints.
With the aid of embedded, programmable, and advanced analytics, the application provides the ability to configure/activate data-driven exception-based surveillance (EBS) to:
Enhance asset productivity through active surveillance of well and reservoir performance.
Protect the environment and safeguard the structural integrity of the well through proactive monitoring of annulus pressure and accessories pressure rating.
Improved efficiency of asset teams through notification systems for prompt response to anomalies and deviations.
Production forecasting need not be a tedious or subjective endeavor anymore as a new machine learning based DCA algorithm for production forecasting which leverages data analytics using the enormous volume of data available historically to estimate your decline and forecast future production is now available in SEPAL WRFMS.
If you are looking to ditch the traditional approach to DCA due to its model limitations, oversimplification of underlying assumptions, eliminating subjectivity hence having a process that is repeatable, auditable, as well as transparent and efficient, SEPAL’s ML based advance analytics platform will help you perform the following:
Automate DCA processes and forecast deck generation
Eliminate subjectivity and traditional model limitations
Integrate relevant data for a more realistic, auditable, and repeatable outcome
A hyper-collaboration environment that enable users connect remotely to access high fidelity, single source of truth (SSoT) and centralised WRFMS database. The solution ensures consistency and improvement in the quality of WRFMS reviews for better business decisions through robust, auditable and repeatable asset management processes.
Provide a consistent and centralised digital asset database with scalable storage infrastructure to support both on-premise and cloud-based database servers.
Enhance enterprise wide team management through asset grouping and roles delegation for asset database update, asset performance reviews and automation of asset management processes.
Support supervised read or write access to the application database to manage user privileges and permissions as it applies to WRFM asset teams and roles.
Encourage team collaboration through seamless data exchange across asset teams and WRFM disciplines.
Promote integrated WRFMS data ecosystem for increased productivity.
As a branch of artificial intelligence that deals with the interaction between computers and humans, SEPAL WRFMS is equipped with SOMA, an AI assistant(chatbot) which uses NLP to help you have a conversation with your stored data in SEPAL. Whether the engineer’s intent is data retrieval, analytics or workflow automation, SOMA using NLP to leverage the integrated database in SEPAL WRFMS got you covered.
With our AI assistant, you no longer need worrying about quick data retrieval, data accuracy, or learning of any complex programming language before you can gain quick, insightful and clear understanding of your asset.
Get the conversation going with SOMA as it:
Requires zero use of programming syntaxes (communication is based on NLP patterns)
Returns multiple data structures
Understands contextual meanings of standard petroleum engineering abbreviations
Performs basic descriptive data analytics to support business decision making
This SEPAL module is used to generate conceptual well completion schematic (initial), store completion schematic as deployed (final) and also manage changes to well configuration as a result of intervention over time. All these data can be queried and retrieved from the database when required.
The output from the SEPAL Well Schematic Management module is a digital well status diagram that can be queried for various engineering analyses and easily updated to capture the evolution of schematics over the life of the well.
Reservoir performance analysis is a key component of well and reservoir management. It provides the basis for understanding reservoir dynamics such as pressure and energy evolution.
This module drives well and reservoir management by seamlessly integrating data from PVT, production and BHP databases in SEPAL.
With this module, the tedium involved in data gathering from several sources for reservoir analysis is eliminated. The data are usually of high fidelity having being thoroughly validated.
PVT is essential in describing, characterising, and determining reservoir fluid behaviour and properties at different temperature and pressure conditions.
It involves data QA/QC, fluid characterisation, and simulation of laboratory experiments with suitable equation of state (EOS) or correlations to predict PVT data at different conditions vital for well, reservoir and facilities management activities.
Managing an oil and gas asset involves continuous evaluation of the production system in order to identify production and recovery enhancement opportunities with the aim of optimising the life cycle value of the asset. The production optimisation process entails periodically reviewing the elements of the production system ( well, reservoir and surface facilities) to identify and implement optimisation opportunities.
SEPAL Production Optimisation module contains features for modelling well and reservoir performance, generating well operating envelopes and quantifying gains associated with identified opportunities. It is an enriched module as it affords users access to digitised well schematic information and other assured data for modelling, thus resulting in high success rate for intervention operations.
Well Intervention Management
Well intervention activities are carried out to resolve problems in oil and gas wells, and thus improve the performance of the wells. These intervention activities may change the state or geometry of the well. Managing information on these changes that occur in a well as a result of intervention activities is a major challenge in the industry.
Most times, intervention information is domiciled in personal workstation, making retrieval and analysis of the data by end users difficult. SEPAL Well Intervention module enables engineers to effectively manage well intervention data by serving as a central repository for managing these data.
Well Integrity Management
Well integrity management is essential for well longevity and safeguard of maximum recovery. Integrity management is applicable to all the components that constitute the integrated production system.
SEPAL Well Integrity Management module supports visualisation of annulus pressure trends, calculation of maximum allowable annulus pressure (MAASP) and maximum allowable wellhead operating pressure (MAWOP), and the generation of well barrier schematics.
SEPAL comes pre-configured according to the NORSOK D-010 and OLF-117 guidelines, and is easily configured to a corporate standard. It supports the generation of compliance reports for governing agencies
Proper log visualisation is critical for accurate lithology and fluid interpretation. Visualisation can be in the form of log curves in depth, cross-plots, box-plots etc., from which rock quality and fluid contacts in the near-wellbore region can be determined. Since rock quality and hydrocarbon sweep at the sandface have a direct influence on well performance in terms of rates and fluid phases produced, log visualisation leading to correct interpretation becomes pivotal for the success of a WRFM strategy .
SEPAL Petrophysics module enables users to visualise full-scale log data along the wellbore in different depth references. It also allows for easy creation of markers, reservoir zonation and customised plots. Logs can also be calculated from pre-existing logs and visualised to further sharpen the understanding of reservoir rock and fluid properties. Wells and datasets are presented in hierarchical user-friendly format with tabbed views.
Structural maps and cross-sections are useful for understanding the spatial distribution of the hydrocarbon accumulation in a reservoir. They are also useful for understanding structural elements of faults and geometry that can have a wholesale effect on reservoir performance.
SEPAL geology module allows users to easily generate and visualise top structure maps and create cross sections for their reservoirs. These annotated maps and cross-sections in conjunction with interpreted log data may provide information on reservoir dynamics including hydrocarbon sweep pattern and reservoir sweet spots important for unearthing new understanding of the reservoir integral to a successful WRM strategy.
Analytics involve the uncovering and interpretation of trends in data as well as the communication of the newly gained insight to make informed decisions.
SEPAL Analytics module provides a flexible and robust computational system that simplifies engineering analysis.
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Yes. However, system minimum requirement must be met.
No, you can purchase SEPAL with the specific features of your choice. All you need is to contact firstname.lastname@example.org specifying the features that you need.
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