Logan Delivers 'Skinny' Coiled Tubing Lift Frame in Trinidad

Thursday, June 3, 2021

Hempstead, Texas-based oil and gas equipment company Logan Industries has said it has delivered a custom-built ‘skinny’ coiled tubing lift frame (CTLF) for an unnamed client in Trinidad.

"The job scope involved providing a safe and consistent platform to stack up/rig up wellbore pressure control equipment above the drill floor of an offshore drilling vessel to allow the service provider to place an injector unit on the platform (lift frame IH table)," Logan said.

According to the company, the coiled tubing lift frame needed to accommodate several overhead lifting hoists and a davit crane with the on-site flexibility in movement of the table and crane with wireless remote control.

Dean Carey, technical director, Logan, said: “Logan had built several of these frames, which are both compensated and non-compensated. What made this one unique is that we did not know the true vessel constraints until late in the project, when we discovered our standard CLTF was too wide to fit into the derrick during rig-up. 

"By working around the clock, we built a new ‘skinny’ CTLF that would fit into the smaller space, in only nine weeks. We kept the same ratings (500 MT lift per API 8C), but designed and built it a few inches thinner. This unit is still on hire on the vessel it was built for and is a testament to our ability to step up and deliver customized solutions for customers in great need of help.”

 

Categories: Products Caribbean Hardware

Related Stories

US Judge to Consider Orsted Request to Block Trump Offshore Wind Halt

Worley Nets Equinor’s Framework Deal for Norway Offshore Assets

SMD Clears Electric Work-Class ROV for Deployment with Jan de Nul

Current News

US Judge to Consider Orsted Request to Block Trump Offshore Wind Halt

Dajin, Zima Plan Offshore Wind Foundations Plant at Spain's Gijon Port

First Turbine Stands Tall at Dominion Energy’s 2.6GW US Offshore Wind Farm

SeaBird Exploration Signs Contract Extension for Seismic Research Vessel

Subscribe for OE Digital E‑News