Practical technical guides, decision frameworks, and industry references — written by engineers, for engineers.
Not a black box. Astrext models are grounded in RBI (API 580/581), Fitness-for-Service (API 579), and ISO 55001 — physics-informed and data-driven hybrids, not a generative LLM inventing numbers.
A practical guide to RUL concepts — how it differs from design life, how it's calculated, and why it matters for capital planning.
Original design intent rarely matches field reality. Explore the gap between nameplate life and achievable operational life.
Uniform, pitting, galvanic, crevice, stress corrosion cracking — a practical engineering guide to the mechanisms that limit asset life.
How RBI shifts inspection effort from time-based to risk-based — improving coverage, reducing cost, and focusing on what matters.
MTBF, FMECA, RAM analysis, bathtub curves — the building blocks of reliability-centered asset management.
A structured decision framework for one of the most common and consequential choices in industrial asset management.
What digital twins actually are, where AI adds value (and where it doesn't), and how to separate substance from hype.
Scope definition, scheduling, cost estimation, and risk management for planned maintenance shutdowns and turnarounds.
How to score equipment criticality using production impact, safety, environmental consequence, and maintenance cost drivers.
Why aging industrial infrastructure is a global challenge — and how operators, owners, and policymakers are responding.
The compounding cost of delay — how deferred maintenance creates exponential risk and financial exposure over time.
FMEA, why-why, fishbone, fault trees — how to identify what goes wrong and prevent it from happening again.
Vibration analysis, thermography, oil analysis, UT screening — the technologies that turn data into early warnings.
From inspection planning to data management — how integrity programs are structured and what data drives lifecycle decisions.
The regulatory and engineering foundation of mechanical integrity — OSHA PSM, API standards, and program elements.
From insurance and financing to safety compliance and ESG reporting — the business dimensions of asset lifecycle decisions.
How regional regulatory frameworks — GOST (Russia/CIS), NORSOK (Norway), DIN (Germany), GB (China), IS (India) — govern asset integrity beyond the API/ASME world.
A comprehensive guide to ASME Section VIII, EN 13445, and other major pressure vessel codes — their scope, margins, key calculations, and application in life extension and re-rating.
API 579/ASME FFS-1 methodology for evaluating whether equipment with damage or degradation can safely continue in service.
How the ISO 55000 series provides the strategic framework for aligning physical asset management with organizational goals.
ILI tools, inline inspection, cathodic protection, and the regulatory framework governing pipeline integrity in the oil and gas industry.
Arps decline curves, NPV analysis, breakeven oil price, and the economics of asset life extension in hydrocarbon production.
Compressors, pumps, turbines — reliability strategies, common failure modes, and condition monitoring for rotating assets.
Carbon steel, stainless steels, duplex, nickel alloys — how to select the right material for aggressive process environments.
How HAZOP identifies process hazards through structured what-if analysis of process deviations using guide words.
OEE, maintenance cost ratio, backlog index, PM compliance — the metrics that matter for maintenance and asset management.
How to manage electronic, mechanical, and software obsolescence in aging plant — and when obsolescence drives the replacement decision.
Structural fatigue, corrosion under insulation (CUI), marine growth, and the regulatory framework for offshore installations.
How to prioritize CAPEX across a portfolio of aging assets — portfolio approach, value-of-information, and budget optimization.
Inspection intervals, minimum thickness criteria, and the repair framework for above-ground storage tanks under API 653.
OSHA PSM's 14 elements explained — from Process Hazard Analysis to Management of Change and Mechanical Integrity.
Electrochemistry of CP, impressed current vs. sacrificial anode systems, and CP performance monitoring for pipelines and structures.
Right-sizing spare parts inventory — criticality-based stocking policy, lead time management, and working capital optimization.
PAUT, TOFD, AUT, ACFM, and pulsed eddy current — how advanced inspection technologies improve defect detection and sizing.
Creep life consumption, tube inspection methods, and engineering basis for heater run length and tube retirement decisions.
How to build, maintain, and act on an effective asset risk register — scoring, monitoring, and risk-informed decision making.
Use the Astrext platform to model your own assets using the principles in these guides.
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