Element’s Fitness for Service (FFS) assessments help determine if your equipment is safe and fit for continued operation. It prevents failures, minimizes risks, and eliminates costly repairs.

Assessment procedures are used by the Oil & Gas, Power Generation, and Chemical Processing industries forintegrity managementand to evaluate fitness for service of pressure containing equipment.

Element can evaluate the structural and mechanical integrity of a wide range of components to API 579-1/ASME FFS-1 international standards, including boiler, HRSG, pressure vessels, chemical reactors, storage tanks, piping systems, and pipelines. From design to decommissioning, our Fitness for Service assessments help you avoid brittle and ductile fracture and metal loss, make cost-effective run-repair-replace decisions, and solve problems that may arise throughout the lifecycle of a component.

API 579/ASME FFS-1

元素routinely performs the API 579/ASME FFS-1 standard to assess the stability and propagation rates of different types of defects, which can be found in a component both in the design and in service. Our experts are qualified to Level 2 and 3 for NDT and metallographic replicas with specialist knowledge in断裂韧性,finite element analysis [FEA], andfatigue testing.

Our approach

Equipment may contain flaws, become damaged, or aged so that it cannot be evaluated using the original construction codes. API 579-1/ASME FFS1 can be used to assess the equipment for continued operation. It allows:

  • Thermo-mechanical analysis under operating conditions (temperature and strain): normal service, transients, predictable exceptional or faulted service conditions.
  • Structural analysis under normal operating conditions aimed at the detection of anomalies (thickness reduction due to corrosion/erosion, subsidence/displacement of supports/anchors) to evaluate the further use and the need for any corrective actions
    Design, design verification, faulted component assessment, and requalification.
  • Defects propagation rate evaluation and stability assessment for operating conditions according to recognized procedures and standards (API 579, BS 7910, DNV, NE R5, NE R6).
    Evaluation of structural inspection results and assessment of the severity of the detected flaws
    Assisting failure analysis investigation and evaluation of the plausibility of a failure scenario

我们的FFS评估服务
  • Boiler and heat recovery steam generator components (headers, drums, etc.)
  • Piping (water/steam piping, process piping, penstocks, etc.)
  • Turbine (rotors and housing)
  • Other plant components (pressure vessels, valves, pipes, tubulars, furnaces, reactors, heat exchangers, etc.)
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Fitness For service (ffs)

FFS on generator rotor retaining rings

Element performs FFS testing on generator retaining rotor rings to avoid catastrophic failure of the generator and associated turbines. We can perform analysis to evaluate the reliability of the retaining ring to establish the need for repair or replacement.

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Generator rotor retaining rings are usually the most highly stressed component of the generator and the entire turbine generator set, including both steam turbines and combustion turbines.

Our experts use a specialized computer program called Retaining Ring Module to evaluate the incubation conditions and defect propagation in retaining rings of generators.

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fitness for service (ffs)

FFS evaluation of the components of energy production, processes and power plants

Element has a wide range of knowledge including structural analysis, materials science, and control techniques, to perform FFS evaluation and reliability assessments of the components for energy production, the process supports/anchors, and power plants.

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计划t components may contain defects during manufacturing processes and service life, which reduces the initial degree of safety and integrity with which it was designed.

Energy production, process, and power plants such as nuclear power plants (NPP) and Hydro Power Plants, which often use complex systems, are located in adverse environments and interact significantly with the population residing in the neighboring territories and with other infrastructures such as roads and railways. For these reasons, safety aspects play a fundamental role in all phases of their life cycle; design, fabrication, construction, service, operation and decommissioning.

We can assess component stability according to internationally recognized procedures and regulations, and not only refer to actual defect or material conditions but also consider their future evolution in normal service conditions.

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