... subsea electric actuator technology enables a sustainable energy transition combining the ability to move high forces while being cost effective. For CO 2 storage, it enables an all-electric subsea tree, comparable in price to a traditional hydraulic tree, but without demanding expensive umbilicals...

... Abstract Carbon Capture, storage (CCS) and utilization is an integrated solution that can help to abate against carbon dioxide emissions aiding to meet local and global net zero goals. A suite of technical solutions works to capture CO2 that is emitted, followed by compression into pipeline...

... capture sustainable development co 2 electrification decarbonization pathway operator climate change offshore platform storage requirement investment Introduction Decarbonization of the energy system is required to limit global warming well below 2 °C above pre-industrial levels, values...

... and permanent offshore carbon storage and a preliminary CO 2 re-use/valorization overview from the point of view of hypothetical offshore applications. The work presented in the paper set the basis for the offshore deployment of technologies initially conceived for onshore applications, able to guarantee...

... subsea field emission offshore technology conference generator power demand power source turbine sustainability sub-sea system power generation system storage co 2 carbon capture field development power scheme subsea system requirement service life Introduction The task...

... will be presented to delegates, including technical challenges and solutions, commercial drivers and optimisers, and health, safety and stakeholder considerations and approaches. The two industrial scale trial projects together cover the full value chain for liquid organic hydrogen carrier (LOHC) storage, transport...

... the right energy storage technology for future times of intermittency and peak power demands. The innovative Repurposed Offshore Pipelines as Energy Storage (ROPES) solution repurposes existing, aged offshore installations into energy storage systems based on proven hydro-pneumatic principles, towards...

.... Hydrogen is recognized to play a key role ensuring renewable power exploitation without overloading the grid and acting as energy storage medium to harmonize continuous power requirements with the intermittency of the renewables. From a global solutions provider perspective, there is the need to reassess...

... global population. Nevertheless, even with proper government policies and support, the global adaptation of renewable energy will not happen overnight because of technical challenges such as energy-storage systems and very high costs. Cutting trees and using them as biomass for energy is debatable...

... to LNG pricing. To support the regasification vision, engineering and construction of the standalone facility, included LNG storage, LNG carrier berths and a natural gas pipeline from the facility to the natural gas pipeline network. During the execution of the two phases of the regasification lump...

... standards will also need to be made. This will be further elaborated in this paper. The technology readiness level and ongoing qualification work will be explained later in the document, on page 7. Piping and Risers The piping for emptying and filling the storage tanks can be made of rigid pipes...

... floating production system subsea production equipment offshore technology conference communication upstream oil & gas offshore windfarm generator social responsibility power demand cable production facility control system storage sustainability sustainable development saipem windstream...

... resulting in poor reservoir sweep efficiency and low oil recoveries. Mobility control foam can improve CO 2 EOR and CO 2 storage potential by mitigating unfavorable CO 2 properties and reducing the impact of reservoir heterogeneity. CO 2 foam injection involves injecting a foaming agent (surfactant...

... for hydrogen production (P2G), pipelines for hydrogen transport and perhaps wells for hydrogen or CO 2 storage such that the variable nature of wind power can be exploited more efficiently. The objective of the PosHYdon project, the first offshore hydrogen production plant is not only to build up experience...

...Abstract Abstract The paper focuses on the history of the development of the Floating Production Storage and Offloading (FPSO) system and its evolution to be the most adaptable and versatile of floating production systems. These facilities have been deployed in a variety of water depths...

... in LNG Import Terminals, which have the potential to serve as a LNG Hub where LNG is received in bulk volumes from an LNG carrier and is then distributed out through gas pipeline. This solution is applicable when the visiting LNG carrier is connected to the onshore storage without a jetty. This solution...

... plant is to use physical separation between the various elements of the plant. In addition to potentially reducing fire ignition and escalation potential, this can facilitate personnel egress and allow for additional leak containment to be incorporated. With production, liquefaction and storage...

... tieback is to position the chemical injection system, including pumps and storage, on the platform/FPSO, transporting the chemicals subsea through the umbilical or the chemical lines in case of high flow rates, and performing chemical distribution subsea up to the injection points. In the development...

... leakage reservoir characterization water column injection variation information sounder upstream oil & gas artificial intelligence template geophysical data monitoring scenario sensor gc monitoring fracture seafloor experiment anomaly machine learning storage co 2...

... production storage and offloading (FPSO) vessels, and too far away from existing facilities for tie-backs. The primary objective of the study is to apply existing technologies in novel ways and to utilize recent advances in digitalization to develop low manning concepts by facilitating remote control...