... Abstract The paper explores technologies for the chemical and biological conversion of CO 2 in offshore environments, highlighting the benefits and challenges of each. The chemical conversion of offshore CO 2 requires promising technologies that are suitable for small installations, lighter...

... increase risks, particularly in temporarily abandoned wells within CO 2 injection fields. Adjacent wells, not designed for prolonged CO 2 exposure, face heightened integrity challenges due to material and barrier limitations. In offshore well management, Risk Analysis is crucial to assess long-term well...

...-of-theart SOFC cathodes for applications at high CO2 concentration in novel clean power production cycles , Electrochimica Acta, 2024, 501, 144779 7 Abstract On the path of a wider strategy to net-zero emissions, Eni considers the oxy-fuel combustion for power generation and CO 2 capture as a key...

... and CO 2 capture as a key solution. Eni and Politecnico di Milano are developing an innovative technology for Blue Power (Power generation decarbonized with CCS) production based on the integration of Pressurized Solid Oxide Fuel Cells (SOFC) modules with a semi‐closed subcritical CO 2 cycle. More...

... sustainability liquified natural gas (lng) social responsibility co 2 sustainable development climate change pipeline leak detection theoretical model sensor vibroacoustic technology transportation application pressure wave relative pressure vt technology test campaign wave...

... technology co 2 emilia-romagna engagement european union piacenza la pereda herccule project co-creation process storage site public perception THE IMPORTANCE OF SOCIAL ACCEPTANCE APPROACHES IN CC(U)S PROJECTS, EXAMPLES FROM THREE HORIZON EUROPE PROJECTS: HERCCULES, ENCASE and CaLby2030 Elisa...

....2021.1992453. 13 air emission valve sustainability social responsibility sustainable development climate change efficiency control valve main injection pump discharge 8 application installation green valve recoverable energy co 2 turbine consumption energy recovery instrument...

... & Gas 2024 [10] DNV-RP-F116 Integrity management of submarine pipeline systems, DNV, 2021 12 Abstract The repurposing of existing pipelines for carbon dioxide (CO 2 ) transportation is crucial in advancing sustainable energy solutions and supporting global climate goals. This article focuses...

... 16 bar Functional requirements. 14 Abstract Carbon Capture, Utilization, Transportation, and Storage (CCUS) is widely acknowledged as an essential lever to mitigate climate change by preventing the release of large amounts of CO 2 produced by industries into the atmosphere. In such context...

... Abstract Carbon dioxide (CO 2 ) storage through mineralisation offers an alternative pathway for storage of captured CO 2 . It has been demonstrated that, by targeting mafic or ultramafic rock formations, injected CO 2 is rapidly transformed to solid carbonate minerals. Unlike conventional...

... Abstract Traditional biogas is a mixture of methane (CH 4 ) and various impurities, with carbon dioxide (CO 2 ) being the most significant contaminant. The presence of CO 2 reduces the overall calorific value of biogas, making it less efficient as a fuel compared to natural gas. To maximize...

... corrosion management h2s management liquified natural gas (lng) production chemistry oilfield chemistry climate change corrosion inhibition workplace hazard specification dm-101 removal efficiency gas specification concentration lean solvent temperature co 2 sale gas specification...

... algorithm co 2 application average temperature time interval variation case history process variable anomaly injection flow rate server architecture fiber optic deployment time period ravenna ccus project phase 1 RAVENNA CCUS PROJECT: FIBER OPTIC DEPLOYMENT FOR MEASUREMENT, MONITORING...

... fluid dynamics geologist structural geology mineralization subsurface storage rock type olivine nesosilicate enhanced recovery reservoir characterization climate change reaction co 2 carbonation environmental condition carbonation reaction simulation scenario efficiency...

... the optimal integration between the renewable source and the electrolysis unit; an economic model which is able to calculate the main economic parameters such as the levelized cost of hydrogen. Results are available in terms of hydrogen consumption, CO 2 avoided, hydrogen production plant components’ sizes...

... carbon dioxide in depleted offshore gas reservoirs in the Adriatic Sea. The gradual conversion of the depleted gas fields located in the Adriatic Sea allows a total potential storage capacity of more than 500 million tons of CO 2 . Ravenna CCS Project development is taking place in phases...

... Abstract As global decarbonization efforts accelerate, Carbon Capture and Storage (CCS) is emerging as a key technology to reduce industrial CO 2 emissions. By capturing CO 2 from high-emission sources and storing it underground, CCS helps mitigate climate change, particularly in hard...

... Abstract Depleted offshore fields envisaged for re-use as CO 2 storage sites are also associated to pipelines which in the past carried out hydrocarbons. The possibility of repurposing such existing infrastructures to transport anthropogenic CO 2 captured onshore or even offshore represents...

... carbon neutrality ambition industry operator energy support carbon neutrality target co 2 app EMIRED: INNOVATIVE DESIGN METHODOLOGY TO SUPPORT CARBON NEUTRALITY TARGET Massimo D Avola, Federico Mazzanti, Saipem This paper was presented at the 16th OMC Med Energy Conference and Exhibition...

... Abstract CO 2 mineralization with natural phases is considered one of the most important methods for permanently sequestering carbon dioxide due to the abundance of suitable mineral resources. Among them, Olivine, a nesosilicate of magnesium and iron, has attracted attention due to its...