... intelligence reservoir section upstream oil & gas complex reservoir hole size flow rate optimization calibration sensitivity configuration requirement prediction pressure drop workflow trajectory ht risk rpm design optimization offshore technology conference Introduction...

... oil & gas social responsibility climate change power generation sustainability fpso turbine generator efficiency reduction emission floating production storage and offloading carbon tax sub-sea system compressor footprint turbine generator configuration cycle ga turbine power...

..., and batteries were rigorously tested. After years of in-water testing, the vehicle surpassed TRL 6 requirements for pipeline survey and inspection scopes. The unit can work as an ROV or operate in an autonomous and tetherless AUV configuration, with a working range of 120 km, a working depth rating of 6000 msw...

... completion enabled water injection rate production control injection rate offshore technology conference performance curve reservoir characterization mp valve multi-position flow valve permeability case water management completion monitoring systems/intelligent wells configuration injection...

... of the mooring configuration. This could lead to opportunity for saving on the capital costs, more environmentally friendly solutions through reducing the mooring footprint, as well as better mooring integrity. The innovative polymer spring component has been introduced in the mooring industry that enables...

... at the touchdown zone (TDZ), in such configurations are very large in ultra-deep waters for FPSOs in harsh environments leading the solution to become unfeasible in some fields. Therefore, steel lazy-wave risers (SLWR), are the market solutions for those fields. Nonetheless, SLWRs are, normally, longer risers...

... as a special end effector to be handled through a WROV manipulator and requires a dedicated skid to be connected beneath a WROV of convenience for Power & Control. The tool is currently configured for pipes with an OD of approx. 450 mm but can also be applied to different sizes, with minor adjustments...

... installed up to 2026, and at least 80 more wells till 2030. In this way, well configurations represent a great challenge, requiring technological and technical developments to allow high production flow and maintenance of integrity throughout the field's productive life, estimated in 30 years. Several...

... artificial intelligence canada government climate change sustainable development power generation sustainability norway government wind energy emission reduction archetype hub power generation system phub electrical power external power supply power hub fpso configuration ghg emission...

... management united states government sub-sea system stress joint installation design criteria rigid riser petrobras operation riser configuration coating brazil government miscible method corrosion inhibition titanium mitigation offshore technology conference co 2 hydrogen titanium tube...

... in the desired target, identifying the presence of shallower layers—that could result in a poor landing—when present. Within the reservoir, the radial depth of detection achieved with a two-receiver configuration was on the order of 30 m TVD, enough to map top and base of sandstone geobodies while identifying...

... MW for all the doublets. Based on the ML results, the computational power and time required for field development plan simulation were dramatically reduced, and several configurations were performed. The optimal strategy for this field comprises 7 geothermal doublets, 3 for D1 and 4 for D2...

... configurations for the multiple line mooring system, followed by a series of dynamic analyzes to evaluate the behavior of the riser in extreme conditions. In addition, several investigations were performed to assess the functionality and the robustness of the system, including parametric studies to check...

.... Constrained energy availability, coupled with the need for retrieval and replacement, dampen the cost, complexity, and carbon savings of this pathway. subsea system climate change ocean energy sustainable development sustainability wec operation configuration offshore technology conference...

... technology and experience gaps were identified. A plan was put in place to develop the missing technologies and to gradually introduce the new design in the field to "derisk" the projects and achieve the required readiness. A well configuration with ICVs installed directly in open hole was selected...

... to be in the range between ~50 Hz to above 400 Hz depending on the bottomhole assembly (BHA) and string configuration. The root cause for this type of vibration is a self-excitation mechanism in the bit-rock cutting process in hard rock, when drilling with PDC bits onshore and offshore ( Oueslati et. al 2013...

... of the vertical configuration of a pipeline differs sensibly between onshore and offshore: Onshore, vertical bends are included to realize a pipeline profile fitting the ground morphology. Offshore, the pipeline is built in a perfectly straight string, and it is the profile of the seabed that is modified...

..., richer in methane and CO 2 – named dense gas phase – shall be reinjected back to the reservoir through a subsea pumping system ( Figure 2 ). Abstract In 2017, Operator developed five feasibility studies with different suppliers to propose system configuration, select equipment and identify...

... in the reservoirs and carbon resource storage-resource-management-system. It covers carbon tax credits available in the market place. Finally, the paper highlights a way forward for the industry to optimize the value chain segments with use of new technology and elaborate on configuration of regional concepts...

... variation tdp horizontal distance design space weight variation flatness riser shape shape optimization riser configuration fatigue life time series slwr shape fatigue lives Introduction Steel Lazy Wave Risers (SLWRs) are an attractive deepwater riser solution as they can significantly...