... formation social responsibility artificial intelligence climate change cc project regulation geological storage investment europe government co 2 implementation north sea carbon capture injection Introduction Carbon capture and storage (CCS) is a process that consists of capture...

... shale and completely open shale. Well completion strategies simulated included all zones injecting and producing, top-down and bottom-up. The simulation begins with waterflooding to obtain 95% water cut, then the performance of DDP, WAG up-dip, and WAG down-dip with the various completion strategies...

... 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...

... Abstract Low Salinity water flooding (LSWF) is a potential method for enhanced oil recovery (EOR). Lab and simulation studies of U-III reservoir in Mumbai High field indicates that the reduction of injection water salinity results in significant increase in oil recovery. On the basis...

... 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...

... Abstract The Deep-Water (DW) Gulf of Mexico (GOM) fields have a complex mix of multi-layered reservoirs, with thicknesses and rock properties which can widely differ from layer to layer within the same reservoir. Injection of 25,000 bpd of water from a shallower aquifer B4 sand via a dump flood...

... Abstract Although sufficient capacity exists in theory to substantially increase the geological storage of CO 2 to limit or reverse the effects of climate change, various challenges remain to be addressed regarding sustained, unimpeded and prolonged injectivity of CO 2 into the various types...

... Abstract This paper presents an integrated multi-disciplinary approach to optimize the value of water, that is, barrels of water injected per barrel of oil produced. Value of water (VoW) is optimized through focusing on the following critical components of a successful injector: Optimum...

... injection, pressure management, trapping mechanism, risk of leakage- they all need to be considered while selecting a storage site. The physical mechanism by which CO 2 remain underground is referred as trapping. When CO2 is trapped in the porous rock formation it is called structural trapping...

... Abstract With the Sustainable Development Agenda and Paris Agreement adopted, there are emerging efforts to satisfy the 17 Sustainable Development Goals (SDGs) and climate change. This paper will provide the role of offshore carbon capture, storage, and injection to achieve the goals set...

... and contrasts between two distinct case studies to assess the CCUS value chain as follows: A standalone project case study from carbon capture to injection with a breakdown of the cost along with an economic analysis to establish the breakeven carbon price and ways to reduce it. A regional development...

... 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 A new subsea-to-shore oil field architecture is presented where produced water is separated, treated and re-injected locally. This solution reduces the overall power consumption and the global CO 2 e footprint of the development compared to an architecture where the whole production...

... reduce customer CO 2 emissions . Investing the time and resources to develop equipment used in the injection and storage of CO 2 in depleted subsea reservoirs, is a natural fit for most companies with subsea expertise. Having a cost-effective, safe and sustainable plan to transport, inject, store...

... Abstract This paper introduces a novel technique that allows real-time injection monitoring with distributed fiber optics using physics-informed machine learning methods and presents results from Clair Ridge asset where a cloud-based, real-time application is deployed. Clair Ridge...

.... A Thermo-chemical system was identified, selected, and customized and then injected into well to ensure the temperature generated at the location of the plug was above the melting point of hydrate and wax. Thermo-chemical injection was identified as a viable method of In-situ Heat Generating Technique...

... the conduit where the flow is taking place. Following DAS data acquisition, the well was put on injection for several hours and shut in again allowing DTS temperature profile to be acquired during well warm-back period. Objective of DAS data acquisition was to identify the source of B-annulus SCP...

... Abstract This paper presents the ongoing development and qualification program of a subsea sulphate removal and injection system and provides an overview of the system together with the features that enable its operation subsea. The ongoing development program has completed a dry piloting phase...

... injection projects in Brazil: dimensioning, field application and evaluation . Paper presented at the SPE/DOE Improved Oil Recovery Symposium. Dovan , H. , Hutchins , R. , & Terzian , G. ( 1990 ). Dos cuadras offshore polymer flood . Paper presented at the SPE California Regional...

... Abstract Almost all Malaysian hydrocarbon-bearing sandstone reservoirs contain minerals which are potential sources of mobile fine particles. For this reason, formation damage in injection and production wells has been frequently associated with the migration of fines in reservoir pores...