... subsurface storage depressurization well depressurization carbon capture climate change reservoir pressure fmt fluid temperature upstream oil & gas operation phase boundary vent valve offshore technology conference Introduction It is well established that CO 2 rich streams represent...

... for the EPS development. In this scenario, which leads to low fluid temperatures in the production system, the main concerns regarding flow assurance are the wax deposition and the hydrate formation. Since during the EPS a significant water production is not expected, the first issue took the main role...

..., mitigate hydrate & wax risks and provide operational flexibility. Indeed, in the case of long tiebacks, very deepwater applications or when the fluid temperature at the wellhead is too low, conventional flow assurance solutions might be very expensive or even not applicable. While other heating...

... offshore technology conference upstream oil & gas fluid temperature power requirement subsea multiphase cable diameter operation passive insulation fiber optic insulation requirement electrical distribution subsea production equipment deepwater opportunity electrically trace flowline...

... and which drivers were and were not considered during the decision making process. gas lift oil recovery subsea system reduction in-well gas lift fluid temperature capex flowline subsea processing hydraulic jet pump recovery subsea production equipment differential pressure offshore...

... and 350 F temperature. mechanical seal penetrator qualification barrier fluid mw pump multiphase pump fluid temperature subsea pump shaft power upstream oil & gas artificial lift system maximum temperature mw shaft power specification pump design application requirement...

... in reduced heat-up times (and thereby reduced production deferment) and minimized the hydrate formation risks during system shutdown and restart. An example was provided for future projects on how to use and optimize DEH operation to assist flow assurance management. fluid temperature offshore...

... Abstract Development of thermal management strategies in the design of subsea oil and gas production systems is critical for prevention of solids deposition such as hydrates and wax formation during turndown and shutdown scenarios. Passive insulation provides no control of fluid temperature...

.... riser tower integrity girassol riser tower cool-down case assessment calculation inspection plan spool buoyancy tank monitoring otc 17696 container upstream oil & gas fluid temperature inspection taper joint offshore technology conference installation OTC 17696 Inspection...

... cold spot open cell foam upstream oil & gas fluent model insulation performance insulation thermal performance temperature probe riser procedure otc 16502 convection fluid temperature offshore technology conference flow pattern computational fluid dynamic OTC 16502 Use...

... jumper zabara insulation flowline field temperature distribution hydrate formation piping simulation thermal performance fluid temperature upstream oil & gas coefficient heat transfer coefficient flowline cooldown time flowline jumper piping design subsea system...