Rotating Equipment Engineer - Turbine Testing​/Pump Testing

Eram Talent is hiring for one of its most prestigious clients in Saudi Arabia for experienced Rotating Equipment Engineers specializing in Turbine Testing or Pump Testing.

The primary responsibility of this role is to plan, execute, and evaluate mechanical, functional, and performance testing of overhauled rotating equipment, with a specialization in either industrial steam turbines or pumps. The role requires strong technical expertise in equipment assembly, testing procedures, instrumentation, vibration analysis, performance evaluation, troubleshooting, and quality assurance to ensure equipment reliability, safety, and compliance with applicable industry standards.

As the successful candidate, you will be required to perform the following:

1. Test Engineering & Planning

• Review equipment drawings, technical specifications, overhaul reports, repair scopes, and testing requirements to establish appropriate test procedures, operating conditions, and acceptance criteria.
• Develop and review test plans, verify test rigs and systems, and ensure the availability and calibration of required instrumentation.
• Ensure testing activities comply with applicable industry standards, client specifications, quality requirements, and workshop safety procedures.

2. Mechanical, Functional & Performance Testing

• Execute mechanical, functional, and performance testing of overhauled rotating equipment, specializing in either steam turbines or pumps.
• For turbine testing, perform slow-roll, uncoupled run, overspeed, trip, governor, trip-and-throttle valve, lubrication, vibration, temperature, and leakage tests, as applicable.
• For pump testing, conduct hydrostatic, mechanical running, and performance tests, including the evaluation of flow rate, differential head, pressure, power consumption, efficiency, vibration, bearing temperature, and leakage, as applicable.
• Verify equipment operating conditions, test-system readiness, instrumentation accuracy, safety interlocks, and protective systems before and during testing.

3. Performance Evaluation & Technical Analysis

• Evaluate test results against approved procedures, manufacturer specifications, contractual requirements, and applicable testing standards.
• For turbines, assess speed, steam conditions, power output, efficiency, heat rate, valve response, and governor stability, as applicable.
• For pumps, evaluate head-flow characteristics, efficiency, power requirements, operating curves, and performance against specified duty points and acceptance criteria.
• Interpret test data, identify performance deviations, and recommend corrective actions to achieve the required operating and acceptance parameters.

4. Diagnostics, Troubleshooting & Root Cause Analysis

• Diagnose mechanical and performance-related issues, including excessive vibration, bearing problems, shaft misalignment, thermal effects, lubrication issues, abnormal temperatures, leakage, and instability.
• For turbines, investigate rotor dynamics, steam-path losses, governor malfunctions, trip-system issues, and lubrication-related failures.
• For pumps, investigate cavitation, hydraulic instability, inadequate flow or head, seal leakage, impeller-related issues, bearing failures, and abnormal operating conditions.
• Conduct root cause analysis (RCA), recommend corrective and preventive actions, and validate equipment performance through retesting where required.

5. Technical Documentation & Quality Assurance

• Prepare and review test procedures, inspection records, calibrated-instrument lists, performance curves, certified test reports, deviation reports, and technical recommendations.
• Document test results, identify non-conformities, and coordinate corrective actions with repair, assembly, inspection, and quality teams.
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