... 2 ) Emergency Response Tactical Guidance Document: Guidelines for Preparedness and Initial Response to a Pipeline Release of Carbon Dioxide (CO 2 ) , August 2023, created with the Liquid Energy Pipeline Association (LEPA) and developed with input from the National Association of State Fire Marshals...

.... An alternative ROICE project scenario is to utilize a repurposed platform for carbon dioxide (CO 2 ) injection and storage in saline reservoirs in the Gulf of Mexico, with a 45Q tax credit of $85 per ton. Of the different components of the oil and gas structures to be repurposed, it is likely the most cost...

... Abstract Carbon Capture Utilization and Sequestration (CCUS) entails sequestration of carbon dioxide (CO 2 ) which is injected into underground geologic sinks. Critical to the success of sequestration projects is detailed site characterization that includes reservoir assessment and evaluation...

... Abstract The Subsea High-Pressure Separation, in this paper named as SHPS, is an innovative subsea separation technology designed to separate gas with high-CO 2 content from the reservoir-produced fluid at the seabed. This technology operates under high-pressure conditions and utilizes...

... challenges posed by supercritical CO 2 from the capture facility to the injection wells. To facilitate the advancement of CCUS technology in China, extensive research, testing, and development endeavors have been undertaken to identify and implement advanced materials and anti-corrosion technologies capable...

... Abstract High CO 2 content fluids present a challenge to the design and operational aspects of production and process facilities due to their particularities related to thermodynamics, hydrodynamic effects, and flow assurance issues. To address these challenges, the present work suggests...

... ABSTRACT Pressure transient analysis (PTA), as a powerful technique for CO 2 injection data analysis, plays an essential role in assessing the CO 2 storage performance of saline aquifers. However, the appearance of the two-phase CO 2 /brine flow together with pressure-dependent properties...

... (WHRU), or by a combination of both solutions. The CCGT/CHP drastically improves electrical efficiency as it can reduce by 20% or more the overall emitted CO 2 per MWh produced, and at same time eliminates the need for additional pieces of equipment (e.g. fired heaters) to satisfy the heat demand...

... advantage of evolving business opportunities or government co-funding of CarbonSAFE projects. The Gulf Coast corridor, onshore and offshore, from Corpus Christ to the Mississippi River presents a high concentration of CO 2 from industrial sources and excellent storage reservoirs in the underlying...

... geomechanics fracture sandstone specimen co 2 permeability bedding plane deformation engineering correlation mechanism borehole response saline aquifer co2 sequestration Introduction Carbon dioxide gas is a major contributor to the greenhouse effect, accounting for over 60% of global...

...-perm compositional case) subjected to WAG-CO 2 injection. Additionally, the computational cost incurred by each of these phenomena is evaluated, since it represents a great challenge in optimization and probabilistic studies. The following phenomena are evaluated considering a nominal base case: (i...

... Abstract This paper evaluates technologies and available methods for the surveillance of flow in subsea CO 2 injection systems, going from the subsea infrastructure to the injection wells, into the reservoir, and then back to the seafloor. Considerations and provisions required in the subsea...

... Abstract Gas field developments with long tiebacks into existing infrastructure poses flow assurance challenges due to the liquid drop out causing high back pressure and high energy consumption to transport the production leading to high OPEX, CAPEX, and CO 2 e emissions. A novel Pseudo-Dry-Gas...

... will be considered. sustainability turbine riser sustainable development value-applying renewable energy requirement case 1 co 2 platform offshore technology conference reduced carbon load deepwater tieback case 3 social responsibility case 2 eotec case 4 cable Introduction Using...

... the safety and integrity challenges associated with onboard CCS (OCCS) deployed on marine vessels and offshore installations. First, the study reviews different CO 2 capture techniques and onboard storage and then, elucidates CO 2 's physical states and properties, as they relate to these processes. Using...

..., not in direct contact with CO 2 fluid and far enough or protected to stay at moderate temperature. When studied in detail, it appears that some scenario such as dual-phase injection, tubing leak or blow-out directly in casing when tubing is out for workover (tubingless blow-out) could affect the casing...

... FPSOs in operation at the area. geologist floating production systems zio 5 contract subsea system petrobras installation fpso almirante barroso offshore technology conference operation geology membrane execution houston project zio field co 2 reduction Introduction Búzios...

... demonstrated the value of using infinitely controlled all-electric downhole chokes to properly control the temperature regime of the CO 2 injected in the reservoir. While advanced simulations can be run to define appropriate choke sizes with hydraulic systems, electric chokes can better address uncertainties...

... into deep geological formations. CCUS can remove CO2 from the air to balance emissions that are unavoidable or technically difficult to abate. Currently operational facilities fitted with CCUS can capture around 90% of the CO 2 present in flue gas ( IEA 2023b ). CCUS applications typically consist...

... high CO 2 content, high pressure, and temperature, demonstrating that HFP is a Stress Corrosion Cracking (SCC) resistant solution in ultra-deep-water environments. The extensive testing campaign leveraged the classical pyramid approach described in DNV standard RP-A203, starting with material small...