Our Services

Initial assessment of pump, motor, and piping systems to identify visible issues, operating risks, and early signs of failure before they become major problems.

This service is ideal for clients who need a structured evaluation of current pump condition before proceeding with maintenance, advanced diagnostics, or corrective work. It focuses on external inspection, basic performance observations, and identification of probable problem areas.

• Visual inspection of pump, motor, and accessible piping
• Checking for leaks, corrosion, and physical damage
• Basic observation of alignment condition
• External inspection of seals, bearings, and coupling
• Review of suction and discharge setup
• Identification of abnormal noise and vibration
• General assessment of overall system condition

This service builds on initial inspection by performing routine maintenance activities to prevent failures before they occur. It ensures that pump systems remain efficient, properly aligned, and operating within acceptable conditions—reducing the risk of downtime and costly repairs.

OUR MAINTENANCE PROGRAM INCLUDES:

• Routine inspection of pump, motor, and piping system
• Checking for leaks, corrosion, and abnormal conditions
• Basic alignment verification and correction
• Inspection of seals, bearings, and coupling condition
• Lubrication check and reapplication (if required)
• Tightening of bolts and mechanical components
• Monitoring of noise, vibration, and temperature
• General system performance assessment

Our maintenance approach is aligned with internationally recognized standards to ensure reliability, safety, and proper system performance across all applications.

• API – Mechanical seals, seal plans, and rotating equipment practices
• ISO – Machinery condition monitoring and maintenance standards
• ASTM – Material evaluation and inspection guidelines
• NFPA – Fire pump installation, testing, and maintenance standards

This service is designed for systems where issues persist despite regular maintenance. By installing multiple accelerometers and monitoring vibration behavior over time, we analyze how the system performs during real operation—capturing hidden or intermittent problems that are not visible during routine inspections.

OUR OPERATIONAL ANALYSIS INCLUDES:

• Installation of multiple accelerometers on pump, motor, and structural points
• Multi-channel data acquisition (DAQ) monitoring over operational period (typically 4–6 hours)
• Correlation of vibration signals across multiple measurement points
• Monitoring during start-up, steady-state, and load changes
• Identification of abnormal vibration patterns and dynamic behavior
• Data logging and signal analysis for detailed interpretation

CONDITIONS THAT CAN BE DETECTED

• Cavitation and suction instability
• Start-up stress and transient vibration spikes
• Mechanical looseness (soft foot, base issues, structural instability)
• Misalignment under operating conditions
• Resonance and structural amplification
• Hydraulic imbalance and flow disturbances
• Bearing and seal-related vibration patterns
• Pipe strain and system-induced vibration

This service involves full disassembly and detailed inspection of internal components to determine the true root cause of failure. By analyzing damage profiles across bearings, mechanical seals, shafts, impellers, and casing, we identify not only what failed—but why it failed—ensuring that corrective actions are accurate and long-lasting.

OUR FAULT ANALYSIS INCLUDES:

• Controlled disassembly of pump and motor components
• Inspection of bearings, seals, shaft, impeller, and casing
• Evaluation of wear patterns, scoring, and deformation
• Measurement of runout, clearances, and tolerances
• Identification of corrosion, cavitation damage, and erosion
• Assessment of assembly condition and installation quality
• Correlation with operational and vibration data (if available)

FAILURE CONDITIONS IDENTIFIED

• Bearing failure (fatigue, contamination, misalignment)
• Mechanical seal failure (overheating, dry running, poor sealing conditions)
• Cavitation damage and hydraulic erosion
• Shaft deflection and imbalance
• Improper installation or assembly issues
• Material degradation and corrosion-related failure
• Vibration-induced damage and structural issues

CORRECTIVE ACTIONS

Based on findings, we implement targeted corrective measures to eliminate the root cause of failure.

• Component repair or replacement
• Alignment correction and reassembly
• Seal system improvement
• System adjustments to prevent recurrence
• Performance restoration and testing