... to 80,000 m 3 in various pressure regimes (low, medium and elevated pressures), offloading systems, onshore terminals with subsea pipeline, non-marine transportation, offshore injection facilities, and subsea system for permanent storage in geological formations. The KE's solutions are ranked against KDs...

...: liquified natural gas (lng) interface length reservoir simulation diameter nitrogen pipeline interface cfd simulation operation investigation computational fluid dynamic-based correlation hydrogen-nitrogen mixture buoyancy effect mathematics of computing simulation correlation pipeline...

... Abstract In this paper we wanted to give a deep insight into the innovation process that resulted in the development of a new pipeline inspection technology. As the process from TRL 1 to TRL 9 and market took only a few years, it’s an excellent example of how to develop quickly an technology...

... Abstract Scope of the paper is to describe a methodology for the verification and control of the running shear fracture in offshore pipelines to be dedicated to CO2 transport. The objective is to avoid through thickness failures and running fracture which can be deleterious for the pipeline...

... Abstract Considering future developments and plans of decarbonization, the H2 pipeline transport technology will play a key role, and it could also be implemented as a component of an integrated system with CO2 pipelines (i.e. blue hydrogen). A key aspect of H2 technology development...

... handling hydrogen can have higher failure frequencies compared to those handling natural gas. These factors must be taken into account when considering the establishment of a hydrogen distribution network throughout Europe, where safety distance between parallel pipelines and population shall be granted...

... and strategies to solve the challenges that may hinder the feasibility and sustainability of the project in the long term. The combined modelling integration of process, production, and injection facilities (e.g., pumps, compressors, heaters, pipelines, and wells), a simplified representation of the reservoir...

... Abstract Over the next decade, 100 oil and gas platforms, 2,100 North Sea wells, and 7,500 km of pipeline on the UK Continental Shelf are forecast for decommissioning with costs estimated to be £59 billion by 2050. 10% of oil and gas expenditure in the UKCS went into decommissioning in 2021...

... in long-term storage impacts, and the intricate regulatory framework governing CCS projects and pipelines. Reaching net zero emissions will be virtually impossible without widespread CCS; however, challenges and risks remain widespread. geologist subsurface storage organic-rich rock geological...

... Abstract Pipelines perform a critical function in the petroleum business by transporting hydrocarbon commodities between oil fields, refineries, and consumer markets. We formulate an optimization problem for determining the optimal pumping modes and flow configuration for liquid pipeline...

... Abstract Curved pipes are essential components of subsea process equipment and some part of production pipeline and riser. So far, most of the studies on of wax deposition and the possible mitigation strategies have been carried out using straight pipelines, with little attention given...

... location via an 85 km pipeline for injection. The project includes a row of four injectors and four producers, and two observation wells for monitoring and surveillance. The produced fluids from the EOR wells flow to a nearby gas-oil separation plant (GOSP), where a new stand-alone high-pressure...

... to this, the cushion gas volume had to be injected before the storage could become operational in 2014. This condition put significant pressure on the drilling sequence and construction planning of the facilities and pipelines. For example, on the well site, new wells had to be drilled, while construction...

... are discharge pumps, pipeline's network and disposal wells. Situations may arise when the full system capacity is constrained by the flow performance of one or a combination of these components. Subsequently, produced water volumes are reduced by closing high water cut oil producers. The grave and critical...

...), Champion Technology in Aberdeen (UK). The field evaluations of the C-V technique were in various applications such as monitoring of MeOH and MEG injection rates, measuring high MEG concentrations for MEG regeneration units, and monitoring KHI concentrations in pipelines. Lavallie et al. (2009) reported...

... Disposal hydrate ship pipeline diameter diameter capital cost ocean flow assurance compressor co 2 Hydrate Technology transportation psia hydrate disposal flow rate pipeline power requirement society of petroleum engineers PVTSim ( Calsep, 2008 ) was used to analyze the CO 2 hydrate...

... lifting method, gathering and injection system. integrated asset modeling field development optimization and planning asset and portfolio management field development Vankor field gathering system selection production level Development Planning reservoir simulation calculation pipeline...

... field modelling pipeline export reservoir model spe 113873 calculation material balance model forecast well model Introduction The Integrated Field Modelling project undertaken in Tunisia had several aims, focusing on elements of reservoir management, production surveillance...

... glycol) to prevent hydrate formation, (2) use of kinetic hydrate inhibitors (KHIs) to sufficiently delay hydrate nucleation/growth, and (3) maintaining pipeline operating conditions outside the hydrate stability zone by insulation and/or active heating and/or by controlling pressure. 1 However...

... development is innovative in the following aspects: Cost effective development with a 43 km tie-back to the Kristin platform through an 18" pipeline. Tie- back is possible because the pipeline will have direct electrical heating to prevent formation of hydrates and to preserve temperature. Pressure...