Sequestering Atmospheric CO2 Inorganically: A Solution for Malaysia’s CO2 Emission

Jorat, M. Ehsan; Aziz, Maniruzzaman A.; Marto, Aminaton; Zaini, Nabilah; Jusoh, Siti Norafida; Manning, David

doi:10.3390/geosciences8120483

Cited by 13 publications

(8 citation statements)

References 55 publications

(92 reference statements)

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“…It is focused on the gas composition of Malaysia's K5 gas field. [ 21,22 ] Natural gas with a high CO 2 content is generated in the K5 gas sector. As a result, natural gas with a high CO 2 content was chosen for this analysis.…”

Section: Methodsmentioning

confidence: 99%

Experimental and simulation studies on the phase behaviour for gas hydrates in a CO₂ rich gas dominant multiphase pipeline system

Sayani

Lal

et al. 2022

Can J Chem Eng

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In this work, an experimental and modelling study is performed to identify the phase behaviour of gas hydrates formation for a high CO2 content natural gas system and multiphase gas dominant system. Further, CSMGem, PVTSim, and Aspen HYSYS software packages are used to verify the prediction capabilities for gas hydrates formation conditions. Initially, thermodynamic equilibrium conditions are obtained using CSMGem, PVTSim, and Aspen HYSYS. Then, these results are validated and compared to the experimental work to verify the accuracy in predicting hydrate formation conditions. An experimental study is performed in the pressure range of 2–7 MPa for a pure system and multiphase system with the gas composition of carbon dioxide (70%) + methane (26%) + ethane (2%) + propane (1%) + butane (1%). The results show that the PVTSim software package shows the best accuracy with 99.9% for the pure system and 99.88% for the multiphase system.

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Section: Methodsmentioning

confidence: 99%

Experimental and simulation studies on the phase behaviour for gas hydrates in a CO₂ rich gas dominant multiphase pipeline system

Sayani

Lal

et al. 2022

Can J Chem Eng

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“…In the K5 Gas field, natural gas is produced with high CO 2 content. So, in this study, natural gas with high CO 2 content has been chosen 31,47 . The Air Product Sdn.…”

Section: A) Ch 4 B) Co 2 C) Deionized Watermentioning

confidence: 99%

Phase behavior study on gas hydrates formation in gas dominant multiphase pipelines with crude oil and high CO2 mixed gas

Sayani

Pedapati

Lal

2020

Sci Rep

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This research is focused on understanding the phase behavior of gas hydrate formation in the gas dominant multiphase pipelines containing mixed gas with high CO2, crude oil, and deionized water. The experimental conditions are in the pressure range of 3–7 MPa with water cut as 20% of the volume. Initially, the effect of high CO2 content in natural gas on the phase boundary conditions of hydrates is studied through simulation (CSMGEM software) and experiments. Later, an additional phase of crude oil was introduced, with 15% of the volume to study the multiphase system. From the experimental analysis, thermodynamic equilibrium conditions were found, and the hydrate-liquid–vapor-equilibrium (HLVE) curves were drawn. The phase behavior is comprehended by comparing the HLVE curves of pure and multiphase systems. It is found that the high CO2 content tends to promote the gas hydrate formation. Based on the results, temperature variance and enthalpy of formation were calculated for the multiphase system. With a difference of 1.32 average temperature variance, the multiphase system exhibits inhibition. A basic statistical regression model was made to predict the gas hydrate formation in multiphase transmission pipelines. This work helps in understanding the effect of a new phase on gas hydrate formation.

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“…On the other hand, coal bottom ash (CBA) is regarded as a potential replacement for sand in concrete mixture. CBA can be used for construction purposes as a sand substitute [8,9] and for industrial purposes as alternative filter media [10] applications, amongst other uses. The amount of recycled aggregate is increasing in the world [11].…”

Section: Introductionmentioning

confidence: 99%

Chloride Induced Reinforcement Corrosion in Mortars Containing Coal Bottom Ash and Coal Fly Ash

Menéndez

Argiz

Sanjuán³

2019

Materials

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Coal bottom ash is normally used as aggregate in mortars and concretes. When it is ground, its characteristics are modified. Therefore, the assessment of its long-term durability must be realized in depth. In this sense, an accelerated chloride ingress test has been performed on reinforced mortars made of Portland cement with different amounts of coal bottom ash (CBA) and/or coal fly ash (CFA). Corrosion potential and corrosion rate were continuously monitored. Cement replacement with bottom and fly ash had beneficial long-term effects regarding chloride penetration resistance. Concerning corrosion performance, by far the most dominant influencing parameter was the ash content. Chloride diffusion coefficient in natural test conditions decreased from 23 × 10−12 m2/s in cements without coal ashes to 4.5 × 10−12 m2/s in cements with 35% by weight of coal ashes. Moreover, the time to steel corrosion initiation went from 102 h to about 500 h, respectively. Therefore, this work presents experimental evidence that confirms the positive effect of both types of coal ashes (CBA and CFA) with regard to the concrete steel corrosion.

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Sequestering Atmospheric CO2 Inorganically: A Solution for Malaysia’s CO2 Emission

Cited by 13 publications

References 55 publications

Experimental and simulation studies on the phase behaviour for gas hydrates in a CO₂ rich gas dominant multiphase pipeline system

Experimental and simulation studies on the phase behaviour for gas hydrates in a CO₂ rich gas dominant multiphase pipeline system

Phase behavior study on gas hydrates formation in gas dominant multiphase pipelines with crude oil and high CO2 mixed gas

Chloride Induced Reinforcement Corrosion in Mortars Containing Coal Bottom Ash and Coal Fly Ash

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Sequestering Atmospheric CO2 Inorganically: A Solution for Malaysia’s CO2 Emission

Cited by 13 publications

References 55 publications

Experimental and simulation studies on the phase behaviour for gas hydrates in a CO2 rich gas dominant multiphase pipeline system

Experimental and simulation studies on the phase behaviour for gas hydrates in a CO2 rich gas dominant multiphase pipeline system

Phase behavior study on gas hydrates formation in gas dominant multiphase pipelines with crude oil and high CO2 mixed gas

Chloride Induced Reinforcement Corrosion in Mortars Containing Coal Bottom Ash and Coal Fly Ash

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Product

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Experimental and simulation studies on the phase behaviour for gas hydrates in a CO₂ rich gas dominant multiphase pipeline system

Experimental and simulation studies on the phase behaviour for gas hydrates in a CO₂ rich gas dominant multiphase pipeline system