... Abstract In United States, decarbonization of Carbon Dioxide (CO 2 ) intensive industries is becoming a priority to meet the goals of the ‘Paris agreement’ which is to limit global warming to 1.5 °C. CO 2 capture and sequestration (CCS) is an efficient technique to reduce anthropogenic carbon...

.... In this work, asphaltene precipitation/deposition and redissolution in a core was detected by using in-situ acoustic measurements at ambient and high CO 2 pressures. Acoustic velocity increased during asphaltene deposition, indicating a cementing effect in the sample pores. In contrast, asphaltene...

... of CCS as a key technology to achieve the Net Zero goal in the decarbonization era. However, the number of projects implemented globally strictly for CO 2 storage is relatively small compared to CO 2 utilization schemes such as Enhanced Oil Recovery (EOR) programs. This is due to the challenges faced...

... upstream oil & gas energy source ground transportation sustainable development gas industry co 2 primary focus iea forecast carbon emission investment hydrogen operation offshore technology conference natural ga operator renewables scenario decarbonization Introduction Most...

... 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...

... concentration upstream oil & gas united states government climate change migration residence time geochemical data sediment co 2 offshore technology conference subsurface storage co2 reservoir seismic data prediction carbon pool carbon reduction sequestration vertical migration...

... Abstract In the need for world decarbonization, the idea of utilizing available, suitable and/or depleted oil and gas reservoirs to inject CO 2 has become a new objective for energy companies, this is the so-called Carbon Capture and Storage (CCS) application. Though injecting CO 2 is not new...

.... The damage process is not constant in time, but changes as the well reservoir is depleted and with the action of the environment itself. For instance, the presence of high quantities of CO 2 in Santos Basin (pre-salt) and its effecton structural integrity and corresponding life assessment demands a great...

... Abstract Carbon dioxide (CO 2 ) is the most used solvent in enhanced oil recovery (EOR), as it can have a high displacement efficiency in favorable conditions. Its disadvantages are relatively low sweep efficiencies caused by a viscosity and density that is lower than the fluid it displaces...

... & gas co 2 sm 3 decarbonization strategy reinjection energy efficiency ghg emission optimization gas compression unit removal unit intensity operation reduction thermal demand reservoir Introduction The Oil and Gas (O&G) industry has been challenged to reduce its carbon...

... world-wide are committing to reach a net zero target for CO 2 emissions in the coming decades. With these two concurrent commitments there is now the opportunity to evaluate the potential for re-use of those to-be-decommissioned wells and fields for the use of CO 2 injection and storage, commonly...

... recovery chemical flooding methods canada government experiment co 2 simulator foam injection nanoparticle-based solution Introduction Considering the world's dependence on fossil fuels as an energy source, improving the present oil production techniques and expanding the scope to discover...

... Capture from flue gas and directly from air have been performed. The design activity includes the comprehensive steps necessary to obtain a CO 2 -rich stream adequate for the export (i.e., compression, oxygen removal and dehydration). Safety aspects have a remarkable importance: the capture modules were...

... incorporates a detailed analysis of 27 different subsea archetypes, combining processes such as liquid boosting to host, gas compression to host, two-phase and three-phase separation, produced water reinjection or disposal, seawater injection with sulphate removal, dense phase (natural gas or CO 2 ) boosting...

... 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...

... reduction stepdown transformer power demand co 2 grid Introduction The transition to low carbon intensity environment will lead to energy systems that are more efficient, interconnected and electrified. However, energy extracted from fossil fuels will remain essential for the world...

... Abstract This paper presents two novel concepts of combined cycle power generation floater and Gravity Based Structure (GBS) with a Post Combustion CO 2 Capture (PCC) system integrated in the hull structure. Decarbonizing offshore power generation based on simple cycle gas turbines and using...

... Abstract Carbon Capture, Utilization and Storage (CCUS) holds a critical role in securing our net-zero future and significant growth is required in the industry to meet these demands. Typically, CO 2 fluid transportation takes place in the dense or supercritical phase before the compressed CO...

... Abstract This paper presents a discussion around themes, challenges and opportunities relating to subsea system design for CO 2 injection in CCS applications. The scope includes field development considerations, system operation and control, intervention, monitoring, and explores challenges...

..., there will be a need for added new compression of carbon dioxide (CO 2 ) for separation, pipeline, and storage injection. About 10 kg of CO 2 is produced for every kg of blue hydrogen that is produced through steam reforming or partial oxidation gasification. This CO 2 needs to be compressed from near atmospheric...