초록 ▼

A frame and system for adding buoyancy to a riser used in connection with floating platforms is provided which, in some example embodiments, includes a stem attached to multiple supports which include flanges arranged to take impact and abrasion loads off an internal buoyancy module. An air manageme

A frame and system for adding buoyancy to a riser used in connection with floating platforms is provided which, in some example embodiments, includes a stem attached to multiple supports which include flanges arranged to take impact and abrasion loads off an internal buoyancy module. An air management system is also provided.

대표청구항 ▼

1. A buoyancy air can assembly, comprising:a stem pipe having first and second ends; a frame comprising at least first and second support members extending radially from the stem pipe and longitudinal along a substantial portion of the length of the stem pipe, each of the support members having a ra

1. A buoyancy air can assembly, comprising:a stem pipe having first and second ends; a frame comprising at least first and second support members extending radially from the stem pipe and longitudinal along a substantial portion of the length of the stem pipe, each of the support members having a radially outer end terminating in a flange; a wall structure connected to the flanges of the support members so as to enclose at least first and second buoyancy volumes defined by the wall structure, the support members, the flanges, and the stem pipe; and a bulkhead attached to each of the first and second ends of the stem pipe, the support members, the wall structure, and the flanges. 2. The buoyancy air can assembly of claim 1, wherein the support members and the flanges extend continuously along substantially the entire length of the stem pipe.3. The buoyancy air can assembly of claim 1, wherein the frame comprises four support members, each terminating in a flange.4. The buoyancy air can assembly of claim 1, wherein the flanges extend along substantially the entire length of the support members.