NEWS

Kranji Solutions publishes second article in LNG Journal: February 2026 

Kranji Solutions has published the second part of its technical article series in LNG Industry, appearing in the January 2026 issue. The article, authored by Wim Moyson and Tom Ralston, continues the discussion on phase separation challenges encountered in LNG facilities and related gas processing operations.

Building on the case studies presented in the first article, this second part focuses on flow analysis in natural gas liquids (NGL) recovery equipment. A CFD study of an NGL stabiliser column for a North American LNG project illustrates how advanced modelling can be used to assess gas distribution, evaluate inlet device loading, and verify the adequacy of internal column design. The article also highlights practical retrofit and remediation strategies for separation equipment, demonstrating how targeted modifications supported by CFD simulations and MySep analytical modelling can improve flow distribution and separation performance.

Together, the two articles underline the value of combining advanced simulation, analytical tools, and field experience to diagnose and resolve complex separation issues in LNG processes.

Kranji Solutions Publishes Article in LNG Industry Journal: January 2026

Kranji Solutions was featured in the December 2025 issue of LNG Industry with the first part of a two-part technical article addressing persistent phase separation challenges in LNG facilities. Authored by Wim Moyson and Tom Ralston, the article draws on more than two decades of global LNG experience and presents detailed case studies from LNG pre-treatment and main liquefaction processes.

The publication expands on earlier work in digitalisation and simulation, highlighting Kranji Solutions’ comprehensive technical assessment, combining MySep analytical modelling, CFD simulations, and detailed field assessments. Through real-world examples, the article illustrates how complex flow behaviour, inlet piping effects, and internal vessel design can lead to separator malperformance, and how these issues can be systematically identified.

Part two of the article, to be published in a forthcoming issue, will focus on remedial measures and best-practice design recommendations to ensure robust separation performance across LNG production facilities.