Diagnostics
Performance analysis
Evaluate centrifugal compressor behavior under actual operating conditions instead of relying on design-condition assumptions.
Applications
Engineering applications across real compressor operation
From performance diagnostics to optimization and predictive maintenance, CMap supports engineering decisions across the centrifugal compressor lifecycle.
Operational value
Where CMap creates value
CMap turns corrected performance prediction into practical engineering insight for real plant operation, supporting decisions that affect reliability, efficiency and availability.
Maintenance
Performance-based maintenance support
Identify efficiency degradation trends and support maintenance planning using objective performance deviation analysis.
Protection
Anti-surge verification
Verify expected compressor behavior and surge-related operating limits when inlet conditions and gas composition change.
Troubleshooting
RCA and investigations
Support inspections, anomaly analysis and root cause investigations with expected-versus-measured performance evidence.
Optimization
Compression plant optimization
Analyze alternative operating scenarios and support efficiency improvement, load sharing and plant operating strategy evaluation.
Flaring reduction
Zero-flaring analysis
Support operating strategies aimed at recovering available compression margins and reducing unnecessary flaring events.
Engineering
Revamping and debottlenecking
Assess compressor capability under new process conditions and support plant upgrade, revamping and capacity studies.
Commercial support
Compressor selection support
Assist technical evaluation during compressor selection, purchase, sale or operational re-assessment using consistent performance predictions.
Correct comparison
Reliable decisions require a reliable reference
Measured compressor performance can only be evaluated correctly when compared against expected values calculated at the same operating conditions.
- Actual gas mixture, suction pressure and suction temperature are considered.
- Expected performance maps are calculated for the same operating context.
- Field measurements can then be compared against the correct baseline.
- Deviation indicators become meaningful for diagnostics and maintenance decisions.
Lifecycle support
Applications across the compressor lifecycle
CMap can support engineering teams from early studies to operation, monitoring and troubleshooting, creating a consistent reference for compressor performance evaluation.
- Compression plant engineering and revamping studies
- Performance test interpretation and field verification
- Monitoring system reference calculation
- Maintenance, diagnostics and RCA support
- Sales, purchase and compressor selection technical support
Industries
Designed for demanding process industries
CMap is developed for centrifugal compressors operating in complex process environments where gas composition and thermodynamic conditions can vary significantly over time.
Oil & Gas
Energy
Petrochemical
Chemical
LNG
Refining
Process Plants
Compression Stations
CMap applications
Condition-consistent analysis for real industrial operation
Use CMap to evaluate compressor performance where it matters: under actual operating conditions, with objective comparison and engineering-grade prediction.