OSE Consulting’s personnel have contributed to various projects as specified below.
| CLIENT | PROJECT | WORK DESCRIPTION |
| Wind Spider AS | Crane Development Project | Strength verification and design of a new crane system with 800 tonne lifting capacity, to be used for installation of offshore/onshore wind turbines. |
| Neptune Energy Norge AS | Remobilisation of Corral | Mobilisation of the “corral system” designed for installing subsea Xmas trees by ship, for use when deploying the subsea trees on Gjøa P1. |
| Engineering IDS AS | Net Replacement Project | Produced method statement document for net replacement of SalMar Aker Ocean’s offshore fish farm Ocean Farm 1. |
| Depro AS | HISC Evaluation of Subsea Receptacle | Evaluation of HISC (Hydrogen Induced Stress Cracking) susceptibility of a subsea receptacle made of Super Duplex material. Design criteria according to the DNVGL-RP-F112 guideline. |
| Canrig Robotic Technologies AS | Robotic Pipe Deck Handler | Strength verification of a robotic pipe deck handler to be used in a system for unmanned drilling operations. |
| Canrig Robotic Technologies AS | Robotic Iron Roughneck | Strength verification of a robotic iron roughneck to be used in a system for unmanned drilling operations. |
| Aker BP ASA | Alvheim FPSO Winch Removal | Design and strength verification of lifting equipment, in connection with removal of a 40 tonne winch from the Alvheim FPSO. |
| Aker Solutions AS | Ula Upgrade | Design and strength verification of temporary steel used for erection of a new wind censor mast on the Ula P platform. Installation procedure for the corresponding offshore work was also produced. |
| New Subsea Technology AS | Fatigue Optimization | Fatigue optimization of a new type of subsea well foundation. The most critical locations/details found in the initial fatigue study were selected, and each geometry optimized locally resulting in lower stress ranges and longer overall fatigue life. |
| Canrig Robotic Technologies AS | Robotic Pipe Handler | Strength verification of a robotic pipe handler to be used in a system for unmanned drilling operations. |
| Int. Research Institute of Stavanger, IRIS AS | Ullrigg Modifications | Verification of the structural modifications done to the Ullrigg Drilling and Well Centre in Stavanger, in order to accommodate the new robotic pipe handler, iron roughneck and drill floor robot. |
| New Subsea Technology AS | Subsea Well Foundation | Strength and fatigue verification of a new type of subsea well foundation. |
| Aker BP ASA | Skarv Dropped Object Evaluation | Dynamic structural FE analyses performed for estimating deck capacity for various dropped objects. |
| IK-Norway AS | Hub Rerouting Tool | Structural analyses of a subsea hub rerouting tool, which allows switchboard like connection of the individual lines of two umbilicals. |
| AS Norske Shell | Wellhead Support Systems | Structural analyses of several wellhead support systems for the Draugen Platform. |
| Blue Logic AS | Auto Release System | Structural strength verification of stab, receptacle, swivels and ball valves, of a subsea fluid transfer module with an integrated auto release system. |
| West Drilling Products AS | Continuous Motion Rig | Structural analyses of various equipment like pipe handler, top drives, slips and clamps, for a robotic drilling rig. |
| Robotic Drilling Systems AS | Drill Floor Robot | Strength and fatigue verification of a drill floor robot to be used in a system for unmanned drilling operations. |
| ConocoPhillips Skandinavia AS | Well Stimulation Project | Simulation of installation sequence and subsea tie-in operation of a flexible hose to be used for well stimulation. |
| Aker Solutions AS | Draugen Topside Projects | Strength verification of various topside structures in connection with modification work carried out on the Draugen Platform. |
| Vetco Gray Scandinavia AS | Gorgon Upstream | Strength verification of 6″ and 8″ pipelines including pipeline end termination structures (PLETs), when installed over the stinger of the pipelay vessel. |