LNG project development rarely struggles because of technology; it struggles because of decisions made during design, construction, commissioning, and start-up, …
Many LNG plants are leaving production on the table because Joule-Thomson valve (JTV) and expander performance problems have been quietly …
Routine Flaring Is a Symptom, Not the Root Cause: Flare Performance and Unit Operation in LNG Plants
Routine flaring at an LNG plant is usually a symptom, not the root cause—the flare is telling you something about …
An LNG carrier is proven during sea trials and gas trials, not at the shipyard berth. Before a newbuild LNG …
Many countries have stringent regulations against the use and importation of asbestos. e.g. Australia enforces a zero-tolerance ban on asbestos …
Proving marine assets can operate year-round in Arctic sea ice takes more than analytical modeling—it takes full-scale ice trials, instrumented …
Arctic and cold-climate LNG developments present a distinct set of engineering, construction, and operational challenges that go well beyond conventional …
Governing Bodies: IMO, IACS, and National Regulatory Frameworks LNG marine assets are subject to a comprehensive framework of statutory regulations …
Pre-Commissioning vs. Commissioning: Why the Distinction Matters LNG commissioning and startup represent one of the most critical phases in the …
The interface between LNG carriers and onshore facilities represents one of the highest-risk areas in LNG operations. Ship-to-shore systems must …