60 hydraulic profiles with thousands of data points each are calculated every second. These profiles represent the overall process state of your pipeline. All measured values of your instrumentation are used for numerical calculations.
Prevent assets from damage. Identify in advance any negative drift towards undesirable conditions. Detect the process element that is going to reach a certain threshold. Determine the exact time at which the event will occur. Adjust pump switches or modify set points accordingly.
Prevent critical events. Find optimal settings for future operations. Check the effects of all changes. Determine cost-effective pump combinations, transport volumes, optimal control parameters or maximum pressures. Configure and analyze different scenarios.
Detect leaks reliably and accurately under all operating conditions based on very accurate pipeline inventory and other RTTM data.
Detect leaks very fast on pipelines with no flow meters. Pinpoint accurately the location of an incident or withdrawal.
Detect leaks reliably based on compensated pipeline inventory calculations.
Detect leaks reliably in shut-in pipeline sections with no mass flow.
Track different types of smart pigs, scrapers and spheres. Get real-time updates on position, speed and arrival time. Optimize operations and avoid collisions at intermediate stations.
Track volume, location and movement of hundreds of different products, from injection to intermediate and final delivery points. Monitor each interface mixing. Adjust your schedules to changed conditions.
Reduce energy consumption, increase pipeline flow and determine the effectiveness of these additives.
Track density changes and identify the precise moment of batch cutting. Avoid product contamination and significantly reduce transmix volumes.
Monitor the stress that is caused by varying pipeline pressures. Predict material fatigue. Analyze trend curves, determine thresholds and extend the life time of your pipelines.
Obtain pipeline throughput at the lowest operating cost. Avoid flow blockage and corrosion growth. Get notified in advance to initiate pipeline cleaning. Find the optimal pigging frequency.
Improve maintenance and quickly detect failures. Compare the readings from field instrumentation with RTTM data in order to detect drift and malfunction.
Identify in advance undesired slack line conditions. Or, set optimal operating pressures at critical points to reduce power consumption.