Failure Analysis Library
Real, documented industrial equipment failure mechanisms — symptom, cause, and the actual fix, not generic troubleshooting tips.
Browse by Failure
Why sealless mag-drive pumps still fail — dry running, cavitation, magnet decoupling — and the 9-layer protection stack that catches it.
Why mechanical seals wear out fast in abrasive slurry, and the electric diaphragm pump + SCADA fix — a real mining case study.
Why a chemically-resistant tank can still crack — Environmental Stress Crack Resistance is a distinct failure mode.
Why manual and poorly-designed pH dosing overshoots, and the automated equipment stack that fixes it — real numbers, 18-25% chemical overuse eliminated.
Why standard ball valves trap and crystallize NaOCl, and the vent-hole design that prevents it.
Why filters clog faster than expected, and how to tell real blinding apart from a bypass problem that looks the same.
Why calcium hydroxide slurry hardens inside pumps and hoses between runs, and the peristaltic-hose fix — a real water-plant case, 10 clogs/yr to zero.
Why ultrasonic level sensors lose signal in dense chemical vapor inside tall storage towers, and the radar fix — a real bulk fertilizer storage case.
Why unmixed concentrated acid injection can soften a thermoplastic pipe wall, and the real variables that determine the outcome — reviewed by James Riggins.
Why NaOCl off-gassing causes lost prime, and the system-first fix — not just a pump-technology swap — reviewed by James Riggins.
Why sealless doesn't mean dry-run-proof, and the protection that closes the gap — reviewed by James Riggins.
Why chemical-compatible isn't the same as UHP-qualified, and how to specify from the purity requirement backward — reviewed by James Riggins.
Why a rejection percentage alone doesn't establish final purity, and how to design the full downstream train — reviewed by James Riggins.
"High purity" isn't a universal chemical-compatibility guarantee — the specification correction with the biggest real-world stakes — reviewed by James Riggins.
One tank manufacturer documents a 6-month field failure; another lists the same material as compatible with no caveat — a real vendor conflict, and what to confirm before you order.
A mining-rated valve body doesn't guarantee the diaphragm is rated the same — Netafim's own ALD70 diaphragm caps sulfuric acid at 38°C.
Frequently Asked Questions
What makes this different from the Chemical Guides or Technical Guides?
This library is organized around the failure mode itself — symptom, cause, mechanism, fix — regardless of which chemical or equipment category it touches. A chemical guide covers everything about one chemistry; a failure page covers everything about one way equipment breaks, often across multiple chemistries and equipment types.
Are these real, documented failures or generic troubleshooting tips?
Two real categories, and each page states plainly which one it is. Some are documented case studies with measured results, direct field quotes, and named equipment (like the 18-25% chemical overuse figure or the 10-to-0 clog-shutdown result). Others are specification lessons personally reviewed and corrected by James Riggins, LibertyCES's founder — real, defensible engineering principles, but not yet tied to a confirmed LibertyCES customer incident, and labeled as such on the page. Neither category is generic troubleshooting content.
Fighting a failure that isn't listed here?
Send LibertyCES your equipment, chemistry, and the actual failure symptom — we'll help identify the real mechanism.
Ready to buy or need a fast answer? Call, text, or email James directly — (559) 395-5500 · james@libertyces.com.