Triethylene Glycol (TEG) Dehydrator
Interactive walkthrough of a packaged TEG dehydration unit: process flow, field gauges, troubleshooting and a full RCFA case study.
Interactive modules across process, rotating equipment, safety, reliability and project delivery. Each one is built around specific equipment, real instrument readings and documented field experience. Work through them at your own pace, on any device.
Free to join. 6 modules in the catalogue.
Each module covers one facility or system in depth. Create an account and new releases appear on your dashboard as they are published.
Interactive walkthrough of a packaged TEG dehydration unit: process flow, field gauges, troubleshooting and a full RCFA case study.
How a hazard study is actually run: node selection, guidewords, deviation analysis, and turning findings into actions that genuinely close out.
Safety analysis of upstream production facilities to API RP 14C, plus SIL determination and LOPA applied to real process nodes.
Aeroderivative and heavy-duty machines: fired-hours maintenance planning, borescope and hot gas path inspections, and recovering lost performance.
Planning and executing a plant outage: scope freeze, critical path, resourcing, and bringing the unit back safely and ahead of schedule.
Polymer flooding end to end: mother solution preparation, viscosity control, shear degradation, and what the surface facility has to get right.
My work has been on the equipment these modules describe: upstream production facilities, crude processing trains, captive power and utilities, onshore and offshore. That has meant taking facilities from concept through FEED, detailed engineering, HAZOP, construction and commissioning, and then operating them.
Projects include a central polymer facility producing 100 kbpd of mother solution across 18 well pads, 3 crude processing trains totalling 230 kbopd, and a cogeneration plant that ran 2,939 consecutive days without a lost-time accident. The modules draw on that work, including what went wrong and what it cost to correct.
Each module follows equipment that was designed, built, commissioned and operated, with the actual specifications and readings from it.
Working schematics, instrument readings, equipment catalogues and troubleshooting paths you step through yourself.
HAZOP, HAZID, SIL and root cause analysis appear inside each module rather than as a separate chapter.
Free, takes under a minute, and covers every published module plus new releases. Your progress is saved automatically.