BUSINESS
BUSINESS
CONTINUITY MANAGEMENT
Plant Residual Life Analysis

PLANT RESIDUAL LIFE ANALYSIS

Creep is inevitable in any machinery, leading to two critical issues — the first being the risk of catastrophic failure, and the second being unnecessary costs of replacement without proper maintenance.

AGI’s business continuity management service is specifically designed to help you keep your machinery and plant as a whole safe and productive thanks to a thorough analysis of your equipment and processes.

While the process of creep itself is inevitable, AGI aims to reduce exposure to the effects of creep by looking for localised issues such as cracks in welds or flanges, which in some cases can be repaired. The end goal is to increase the mechanical integrity of your equipment to extend its lifespan, and save you money on overall capital expenditure in the near future.

PLANT RESIDUAL LIFE ANALYSIS

AGI’s business continuity management service can investigate the following:

  • Plants / Factories
  • Heavy Equipment
  • Gas Turbines
  • Any kind of rotating equipment
  • Thermal Power Plants
  • Steam Power Plants
  • Those undergoing thermo-mechanical fatigue

Most clients find that the cost of a thorough  plant residual life analysis actually creates a net saving in long term costs.

To learn more about how AGI’s business continuity management services can help you save time and money on your overall capital expenditure, click here.

PLANT RESIDUAL LIFE ANALYSIS

TOP QUESTIONS on PLANT RESIDUAL LIFE ANALYSIS

Residual life assessment (RLA) is a method for determining any degradation or creep loading in machinery or other equipment to assess its remaining operational life span.

Residual life is the remaining operational life of a piece of machinery or equipment before it reaches operational failure.

A Remnant Life Assessment (RLA) test of a boiler determines the boiler’s remaining operational life before it reaches operational failure through fatigue or creep loading.

A Remnant Life Assessment (RLA) test determines the remaining operational life of a piece of machinery or equipment before it reaches operational failure through fatigue or creep loading.

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