... Abstract Analysis has consistently shown that carbon capture and storage (CCS) has an important role in meeting emission-reduction targets ( IPCC, 2018 ). CCS wells require special design considerations to ensure long-term zonal isolation when exposed to carbon dioxide (CO 2 ) because a complex...

... Abstract Carbon dioxide (CO 2 ) capture, utilization, and storage is the best option for mitigating atmospheric emissions of CO 2 and thereby controlling the greenhouse gas concentrations in the atmosphere. Despite the benefits, there have been a limited number of projects solely for CO 2...

... evaluation dts data orifice remedial job glvc co 2 well bl temperature sensing interpretation Field and Well B-5L Background Field B is a mature brownfield located 45 km offshore East Malaysia, in a water depth of approximately 230 ft. The field was first discovered in 1971 and has been...

... Abstract CO 2 sequestration in saline aquifer is a promising approach to effectively secure the anthropogenic CO 2 gas. Complex fluid-rock interaction processes take place during the injection of CO 2 would disrupt the thermodynamic equilibrium of CO 2 injectivity at near wellbore...

... Abstract Southeast Asia is increasingly gaining attention as a promising geological site for permanent CO 2 sequestration in deep saline aquifers. During CO 2 injection into saline reservoirs, the reaction between injected CO 2 , the resident formation brine, and the reservoir rock could...

... There are several basins in Asia where significant N 2 and CO 2 coexist in the same reservoirs. N 2 was charged into reservoirs from the source rock in the same geological time as HC. The CO 2 charges into the same reservoirs from different sources suggested that the ratio of HC and N 2 are in proportional...

... risk management wellbore integrity reservoir characterization climate change risk and uncertainty assessment casing and cementing storage site well integrity long-term fate storage field leakage injection co 2 requirement wellbore design well integrity risk assessment strategy...

... The feed to carbon capture platform is taken from CO 2 rich permeate stream from existing CPP. The low-pressure CO 2 rich permeate stream are then compressed by a booster compressor and fed to carbon capture technology which recovered some hydrocarbons and concentrated the CO 2 to higher...

... resulting in unattractive commercial implication especially for a marginal field development which tends to be very sensitive economically. This paper gathers the actual performance of various tubing materials that have been installed in a high CO 2 oil field in Peninsular Malaysia, in which the findings...

...% of the total well cost, especially for fields that potentially must deal with sand production, high CO 2 and/or H 2 S content, artificial lift, and multilayer zonal completion and isolation. Field ED is located 170km offshore Peninsular Malaysia with 70m of water depth. This field has a northwest...

... co 2 chemical absorption electricity renewable energy kyoto protocol carbon emission subsurface storage carbon dioxide carbon capture application woodhead publishing operation reduction capture co 2 absorption separation oxyfuel combustion combustion Introduction To properly...

... produced oil production reduction upstream oil & gas platform barg reservoir implementation polymer solution water injection enhanced recovery polymer injection co 2 water cut emission consumption carbon intensity Oilfield history Chengbei 22F pilot test area is located...

...Continuous injection specifics CO₂ Management Chain based on the Offshore C-Hub Overall Chain Description As shown in the picture below, once captured, the CO 2 is liquefied to allow its transportation by ships. Liquid CO 2 (LCO 2 ) Carriers can load CO 2 from shore...

... of renewable synthetic hydrocarbon fuels has the advantage of being broadly compatible with existing fossil fuel-based infrastructure. Access to low-cost feedstocks, i.e., renewable electricity and CO 2 captured from the atmosphere, is critical for developing a business case. Table 4 Technology...

.... Sarawak Basin, Malaysia has a large numbers of hydrocarbon fields with high CO 2 content which are yet to be developed. CCS is required for developing these high CO 2 fields to be in line with net zero carbon direction of PETRONAS. After initial screening and risk management assessment, some...

... Abstract Storing CO 2 in geological formations is gaining greater importance as various companies start transitioning towards a carbon neutral future. CO 2 storage in depleted hydrocarbon reservoirs and saline aquifers is considered an effective and secure option to reduce atmospheric CO 2...

...), there are no large-scale commercial CCS operations in the world[1]. Though, there are few CO 2 disposal facilities from natural gas production, using CCS, currently operating (e.g., Sleipner in Norway, Gorgon in Australia, CNOOC in China). Similarly, operational large-scale industrial CCS projects are limited...

... Abstract A depleted gas field situated in offshore Sarawak has been identified by PETRONAS as a potential CO 2 storage development site. As part of the monitoring program, CO 2 seepage risk and impact on the marine environment needs to be investigated and predicted. This study focuses...

... is performed using ICP-OES and XRD to analyse the chemical reaction of the fluid. Surface analysis is conducted using Visual inspection and XRF. Results, Observations, Conclusions The bubble test analysis shows that elemental and ionic Hg does not affect the corrosion rates under CO 2 environment...

... stability. Foam effectiveness and stability depends on a number of factors and will typically diminish over time due to degradation as well as the foam-rock-oil interactions. In this study, the effect of crude oil on CO 2 -foam stability and mobility will be addressed. Two-phase flow emulsification test...