The Buoyancy Assembly for Decommissioning and Marine Salvage (BADAMS) aims to make the removal and disposal of offshore platforms economically viable. BADAMS employs modular cylindrical buoyancy devices and an Offshore Flexible Buoyancy Tank (OFBT) for floating, upending, moving, and lowering tubular jackets. This method includes in-situ upending work, non-metallic pressure-containment tanks, and reusable fastening mechanisms, enhancing cost-efficiency and flexibility. By addressing high demobilization costs and promoting sustainable practices, BADAMS offers an innovative solution for the decommissioning and salvage of offshore structures.
The decommissioning and disposal of offshore platforms are plagued by high costs and logistical challenges, particularly in the removal and handling of stationary structures' tubular jackets. Current methods are often economically inefficient, environmentally taxing, and lack flexibility in application, necessitating an innovative approach to make the process more viable and sustainable.
The Buoyancy Assembly for Decommissioning and Marine Salvage (BADAMS) introduces an innovative and economically viable solution for the removal and disposal of offshore platforms. Key features include Modular Buoyancy Devices, which are cylindrical and can be attached to offshore structures in a modular fashion, and the Offshore Flexible Buoyancy Tank (OFBT), designed to facilitate the removal of smaller structures in future operations. BADAMS addresses the high costs and logistical challenges of platform demobilization with a practical and sustainable approach.
The Buoyancy Assembly for Decommissioning and Marine Salvage (BADAMS) offers an economically viable solution for the removal and disposal of offshore platforms. Utilizing modular cylindrical buoyancy devices and an Offshore Flexible Buoyancy Tank (OFBT), BADAMS enables the floating, upending, moving, and lowering of tubular jackets. The approach includes in-situ upending work, non-metallic pressure-containment tanks, and reusable fastening mechanisms, enhancing cost-efficiency and flexibility. This innovative method addresses the high costs and logistical challenges of platform demobilization, providing a practical and sustainable solution for the decommissioning and salvage of offshore structures.
1. In-situ Upending Work: BADAMS allows for the upending of structures directly at the site, simplifying the process and reducing operational complexity.2. Non-metallic Pressure-Containment Tank: The use of non-metallic tanks provides a lightweight, corrosion-resistant solution for lifting offshore structures, enhancing durability and reducing maintenance costs.3.Reusable Fastening Mechanisms: The design includes mechanisms that facilitate the reuse of buoyancy tanks, promoting sustainability and cost-efficiency in repeated operations.