Digital twin technology to monitor and optimise oil & gas processes
Wood Virtuoso® is a real-time digital solution to manage oil and gas operations.
With more than 25 years of field-proven performance, Virtuoso® offers a reliable platform for operational excellence, solving complex challenges in single- and multiphase gathering, production, transportation and processing systems.
Capabilities include:
- Online asset operations performance management
- Virtual well flow metering
- Flow assurance
- Engineering studies
- Operator training
- Simulation of integrated assets
Monitoring global LNG production
Virtuoso® provides vital monitoring and advisory expert functions, ensuring operational integrity, optimising production management and supporting planning, forecasting and data analysis.
With more than 150 systems deployed globally, Virtuoso® helps manage over 30% of the world's LNG production, both onshore and offshore, including H2 and CCUS.
Improve operational performance and enhance decision-making processes with Virtuoso®
Applications
Monitoring and advisory functions
Operational integrity
Production operations management and planning
Performance assessment and optimisation
Forecasting and data analysis
Real-time simulation technology to monitor and optimise production, transport and processing
Virtuoso® includes real-time and offline tools to ensure the integrity and asset performance of production, transport and processing systems.
Well metering, flow analytics, H2 and CO2 processing
With advanced metering, data analytics and AI, Virtuoso can manage oil & gas production, hydrogen and CO2 transport, leak detection and processing.
Our simulator and training systems help enhance operator efficiency and preparedness.
Built by domain experts for your unique challenges
Virtuoso® is purpose-built for oil & gas processing, developed and supported by leading experts.
Based on over 25 years of deployment experience with over 100 real-time simulation solutions worldwide, the system is continually improved to meet operator requirements for accuracy, speed, robustness, scalability and flexibility.
See how it can make your operations more efficient and reliable by scheduling a consultation with a specialist:
Features
Augment physical sensors with simulations and gain real-time insights into what is not measured.
Plan future operations and investigate past events to obtain situation awareness about the asset.
Improve asset performance and avoid intolerable operating conditions.
Achieve a holistic asset life cycle view with the same tools through design, execution and operation.
Maximise the value of data – aggregate, filter, visualise and much more to utilise data to the fullest.
Modules
Advise
Operations and process advisory
Control
Closed-loop operations with SCADA/DCS
CRoC LDS
Condition rate of change leak detection
Gas Lift
Gas lift operations
Forecast
Operations and process forecasting & prediction
Optimise
Operations and process optimisation
Design
Offline analysis of single-phase and multiphase pipelines
CCS
Analysis of H2 and CO2 systems
ES
Engineering simulator
OTS
Operator training simulator
Get a demo or consultation
We have the track record
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Case studyImproving gas production operations with Wood’s Virtuoso® monitoring technologyWood's Virtuoso® monitoring technology offers significant end-user savings, with potential CAPEX savings of $500m and OPEX savings of $50m per yearExplore - undefined
Press releaseWood to design the future grid with National GasWood is working with National Gas to ensure Britain’s gas transmission system is secure and sustainable. National Gas currently operates the entire GB gas transmission system and has appointed Wood to digitally upgrade 7,600km of essential pipelines, compressor stations and terminal infrastructure. Wood is also delivering specialist hydrogen studies to National Gas on its National Transmission System (NTS) to support its target of achieving net zero by 2050.Explore - undefined
BlogTracking hydrogen in pipelinesDiscover how tracking hydrogen in pipelines is revolutionising decarbonisation, blending safety, efficiency and innovation for a sustainable futureExplore