Topic: Intervention

Logan Industries introduces new set of coiled tubing reelers for open water interventions

Region: All
Content Types: Report
Date: Jan, 2021

CT reeler

Logan Industries, a hydraulic repair, manufacturing and rental company, has manufactured and delivered the second set of a new and innovative design of small-footprint coiled tubing (CT) reelers.

The new CT reelers, the largest reeler Logan has manufactured, are suitable for storing and deploying 10,000ft of 2 3/8in tubing and enable operators to perform open water well interventions without bringing in a full drilling rig; boosting efficiency and reducing costs.

Dean Carey, Technical Director at Logan Industries, said, “One of our most valued customers trusted our expertise to deliver them with a unique solution when nothing on the market met their needs. Our new CT reelers are truly innovative designs and game changers for the offshore intervention market because they feature such a small footprint. This enables customers to take on more well stimulant fluid load, meaning they can perform a bigger job for longer. Logan has become the industry leader and the preferred option in CT deployment for open water intervention service providers.”

Logan pioneered new ways of assembling drive systems on large drums, and new methods of ensuring the CT lays and stays on the drum and wraps. Prior to Logan’s development of this solution, no fatigue models existed for CT performance. Since Logan’s development of these types of reelers, distinguished professors have investigated new methods of evaluating CT and have published their findings. Now, Logan’s CT reelers are specified in several of these papers and Logan has helped introduce a new requirement for CT fatigue evaluation. 

Logan maintain the mantra, ‘if you can describe it, we can bring it to life; make it safe; and make it work for you’ and the CT reeler set is the latest from their extensive catalogue (alongside products such as winches, hydraulic machinery, spools and handling equipment) that aims to prove it.