Engineering plant can be subject to incredibly harsh operating conditions. With that in mind, plant design and materials selection philosophies are refined based upon ideal operating conditions and a pre-defined design life.
Deviation from the specified design parameters can expose components to accelerated materials degradation mechanisms. Such encounters can impact upon the integrity of plant itself.
R-TECH Group have extensive knowledge of materials degradation induced by high temperature, cyclical operation and a variety of corrosion mechanisms.
We use methods such as:
These allow us to assess degradation mechanisms including creep, corrosion and fatigue. This means we can determine fitness for service, estimate remaining life and identify opportunities for life extension.
Our approach is always tailored to your plant, operating conditions and priorities – ensuring recommendations are both technically sound and commercially realistic.
We review plant conditions, operating parameters and known risks to define the scope of assessment.
On-site and laboratory techniques are used to examine materials and identify signs of degradation.
We evaluate material condition and performance, considering mechanisms such as creep, fatigue and corrosion.
You receive clear guidance on next steps – from continued operation to repair, replacement or life extension.
You receive clear, actionable recommendations to prevent recurrence and improve reliability.
Plant integrity assessment requires a detailed understanding of how materials degrade in service.
Previous examples of our work include:
Accurate testing, trusted insight, and practical solutions to help you make confident decisions where materials matter most.
