These Offshore Wireline & Coiled Tubing Lifting Frame Systems are being sold by a company as a new and slightly used surplus in an asset liquidation sale to recover space and funds.

Description:

These Lifting Frame systems are designed for the safe operation of Wireline and Coiled Tubing (Flexitube) in operations of completion/workover on floating units (semi-submersibles and drillships), to improve operational efficiency, security, and predictability of operations. The Lifting Frame design is based on its owner's experiences with several previous projects. The equipment strongly emphasizes ease of use and safe solutions in the operations of wireline and coiled tubing.

They were designed according to API 8C Standard, with a design capacity of 350 tons, where which is the maximum suspended load, connected to the top drive, during normal operation. They provide the functionality to set the working window size to 12m, the original size, and with the expansion of the telescopic frame, it allows an increase of the working window height to 17m. One of the advantages of the structure of this equipment is that it is no longer necessary to demobilize the Injector, Stripper, and BOP set, simply moving the set laterally.

Systems main components:

• Sub Elevation: Enables operation with  5.1 / 2 ”or 6.5 / 8” manual, hydraulic, or pneumatic lifting systems, both for shoulder 18 and a maximum load capacity of 350 tons.
• Winch: Upper winch with a load capacity of 20 tons, with a 50-meter cable and load monitoring system. This component is used for handling the Wireline and/or Coiled Tubing equipment in the lifting frame assembly.
• Main Beams: designed with a telescopic configuration that allows operating with vertical internal space of 12 or 17 meters.
• Lifting Table: designed with a maximum load capacity of 20 tons. This component slides in/out of the well center and provides the vertical movement with approximately 3 meters course. One of the advantages of this configuration is the possibility of decreasing the load applied on the test head and surface flow tree.
• Lower Beam: The lower beam has an opening for passing the Test Head Sub, Surface Flow Tree, or Terminal Head. For coupling of the test head, SFT or Terminal Head support is used where the split bushings are mounted. For flexibility of use of the equipment with the most various configurations with the following dimensions: 3.1 / 2 ”, 4, 4.1 / 2 ”, 5”, 5.1 / 2 ”, 5.7 / 8”, 6 ”, 6.5 / 8”, 7 ”, 7.5 / 8 ”, 8”, 8.5 / 8 ”, 9.5 / 8” and 10 ”. All with two shoulder settings: 18° and 90° according to API Spec 5CT.