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Reduce the manual effort required to optimize your field.
THE CHALLENGE FOR OILFIELDS
Oilfields are too complex to optimize manually
Production engineers bring deep expertise in optimizing wellsites and gathering networks. The challenge is doing this across an entire field that is constantly changing. Oilfields generate more data, interactions, and operating conditions than engineers can reliably evaluate with manual surveillance and trend analysis. Wells behave differently from day to day, control systems drift, and operating limits shift with changing pressures, rates, and facility constraints. Field performance depends on hundreds of small decisions made across multiple teams, often without consistent information or predictive understanding.
OUR SOLUTION
Nexgineer™ Field Optimizer
A system that runs scheduled assessments across your wellsites and gathering networks to predict performance, prioritise opportunities, and support advisory or automated setpoint adjustments.
Field Optimizer replaces ad-hoc surveillance and manual tuning with scheduled screening, predictive modelling and guided optimization, reducing manual workload, improving decision consistency and helping prevent issues before they escalate.
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Automated Setpoint Optimization
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Connect with live production trends and controller setpoints, and run predictive scenarios to maximise field-level reliability and performance.
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Evaluate current vs. past conditions to identify setpoint changes to improve reliability, stability and production.
Intelligent Exception-based Surveillance
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Automated detection of key production, petrotechnical and operational events across the field.
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Insights are ranked and prioritised by exception severity and impact, presented with optimization opportunities in a single workflow.
Integrated Field Management (AI-Assisted)
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A unified view of all information, from operational activity to live optimization opportunities.
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Bringing the benefits of agentic AI to engineering with on-demand insights. AI-driven responses are grounded in validated field models & operational data.
DISCOVER FOR YOURSELF
Interactive Demo
VALUE ASSESSMENT
Estimate Annual Value
Calculate the value of Field Optimizer for your operations*
HOW FIELD OPTIMIZER WORKS
Field-level dynamic optimization
A structured, four-step workflow that turns scheduled surveillance, predictive insight, and optimization logic into consistent field-wide improvements.
1
Assess Live
Field Conditions
Field Optimizer connects to your wellsite and network data and runs scheduled assessments across the field.
Each assessment reviews well behaviour, controller stability, equipment conditions, and network constraints to identify emerging issues and prioritise where attention is needed.
2
Predict
Behaviour
The system uses data-driven and physics-informed models to forecast production, pressures, and equipment response under changing operating conditions.
These predictions create an up-to-date understanding of how each well and system is expected to behave.
3
Recommend Optimal Actions
Using the predicted response and defined operating limits, Field Optimizer determines the most effective setpoints or operational changes.
It generates clear advisory recommendations that improve production, reduce downtime, and keep wells operating within defined ranges.
4
Execute and Improve
Engineers/Operators can approve recommended adjustments or allow the system to run autonomous setpoint changes where appropriate.
Results are monitored, models are updated as the field evolves, and the optimization logic improves over time – ensuring consistent, repeatable field-wide performance.