Turbomachinery Advisor is an advanced module in Honeywell's Asset Performance Management (APM) for industrials portfolio. The module can be deployed on premises or in the cloud via Honeywell Forge. Turbomachinery Advisor helps customers get the most out of CCC turbomachinery control systems with:
CRITICAL EVENT ANALYSIS
Support quicker and more thorough event investigations
EXCESS RECYCLE MONITORING
Detect and estimate excess energy usage and associated emissions
PERFORMANCE CONTROLLER MONITORING
Identify and address underperforming control loops
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Explore Features
Standard Model Library
Out-of-the-box asset models enable faster deployment and personnel to focus on optimizingoperations.
Guided Root Cause Analysis
Support quicker and more thorough event investigations
Cross-Functional Collaboration
Support quicker and more thorough event investigations
Critical Event
Analysis
WHO
Instrument & Controls (I&C) Engineers and Rotating Equipment Engineers can:
Analyze critical events, including compressor surge and emergency shutdown scenarios using high-resolution data and dynamic compressor maps.
WHY
Key Benefit
Timely and More Accurate Corrective ActionsQuick access to high-quality time-series data can lead to faster restarts and prevention of secondary damages.Analyze critical events, including compressor surge and emergency shutdown scenarios using high-resolution data and dynamic compressor maps.
HOW
Important features
The Critical Event Analysis module facilitates faster and safer process restarts by streamlining post-event analysis and provides these features:
Milliseconds On-Event Data
Get access to native high-resolution data from TrainTools servers within minutes of critical events occurring.
Summary Score Cards
Pre-configured analysis highlights critical control loop element performance during an event for initial insights.
Dynamic Compressor Map
Displays compressor surge limit line and control lines in a dynamic form with support for data playback.
Excess Cycle
Monitor
WHO
Operations Supervisors and Instrument & Controls (I&C) Engineers can:
Identify and quantify energy wastes associated with manual operation of antisurge valves.
Calculate optimal valve opening under automatic mode to reduce energy consumption and emissions.
WHY
Key Benefits
Energy and Cost Savings
Automatic detection of excess recycle conditions to prevent unnecessary energy consumption and associated costs.
Environmental Impact Assessment
Estimation of excess emissions and reduction of carbon footprint through optimized antisurge valve operation.
Process Stability and Equipment Protection Prevention of delayed control responses, unstable processes and reduced effectiveness in equipment protection.
HOW
Important Features
The Excess Recycle Monitoring module identifies and quantifies energy losses and associated emissions from excess recycle and provides these features:
Reliable Assessment
Automatic analysis flags excess recycle where flow through compressor is greater than process demand due to antisurge valve placed in manual mode.
Intuitive Visualizations
Transparent calculations with compressor map visualization boost confidence in data and recommended actions.
Performance Controller Monitoring
WHO
Instrument & Controls (I&C) Engineers and Process (Controls) Engineers can:
Identify and optimize control loops that are underperforming relative to expectations.
Improve operational KPIs by understanding and enhancing the efficiency of primary and secondary control loops.
WHY
Key Benefit
Production Improvement Monitoring and reviewing how control loops are performing over time can lead to insights and optimization opportunities that improve production.
HOW
Important Features
The Control Performance Module identifies control loops that are underperforming due to bvarious constraints, recommends corrective actions and provides these features:
Automated Flagging
The model automatically flags control loops that are frequently constrained due to secondary control objectives such as limiting loops.
Intuitive Visualizations
Summary of time spent in each of the control objectives (primary vs. secondary) as well as its associated control quality are displayed
