Understanding the methodology, value, and pain points of conventional lifecycle assessment — and where the industry is heading.
A conventional multi-discipline asset lifecycle study typically follows this workflow, taking 6-18 months and costing hundreds of thousands to millions of dollars.
For major capital decisions, regulatory submissions, and FID-level investments, the engineering rigor of a traditional study remains essential.
Astrext does not replace the detailed traditional study for major FID decisions. It enables rapid screening, scenario generation, and early-stage planning — in minutes — so you can prioritize where to invest in detailed studies.
Step-by-step guide to how a traditional asset life study is planned, executed, and delivered.
Why collecting, cleaning, and structuring inspection data is the biggest bottleneck in traditional studies.
Why spreadsheets remain the dominant tool — and why they cause problems at scale.
How traditional consultant engagements are structured, priced, and managed.
What regulations and standards require — and how lifecycle studies satisfy compliance obligations.
The engineering methodology behind a pressure equipment lifecycle review.
What does a traditional lifecycle study actually deliver? Report formats, annexes, and data outputs.
How RCM methodology is applied in traditional lifecycle assessment frameworks.
What IOWs are, how they're set, and how they link to remaining life planning.
How corrosion loop methodology underpins inspection planning and remaining life estimation.
From simple matrices to semi-quantitative RBI — the risk ranking tools used in conventional studies.
How traditional turnaround planning links to lifecycle management and CAPEX planning.