The thermodynamic and kinetic inhibition effectiveness of the selected amino acids (AA): L-Alanine, Glycine, L-Histidine, L-Phenylalanine and L-Asparagine have been tested on the pure methane gas at different concentrations (1-5wt%) and pressure range of 40-120 bars using the rocking cell assembly with and without the presence of synergents /additive compounds such as polyethylene oxide (PEO) and Caprolactum (VCAP). The experimental results indicate that the selected AA perform better as a kinetic hydrate inhibitor (KHI) and the addition of PEO with these AA help to improve their KI effectiveness significantly.Scopu
To develop an effective hydrate risk mitigation strategy for offshore flow assurance its essential t...
This study examined the synergistic inhibition effect of glycine (an amino acid) and [BMIM][BF4] (an...
Natural gas hydrates easily form in pipelines,causing potential safety issues during oil and gas pro...
The motive of this research to present a systematic study in context of implementation of gas hydrat...
The formation of gas hydrates in offshore subsea lines is a major flow assurance concern for the oil...
Solidified natural gas (SNG) is a promising option to store natural gas in the form of clathrate hyd...
This study investigates synergistic hydrate inhibition performance of conventional thermodynamic hyd...
Gas hydrate form and plug oil and gas pipelines, hence, they are unwanted and must be avoided. Conve...
In this study, the kinetic inhibition effects of amino acids and ionic liquids and the potential syn...
Gas hydrates often give rise to serious problems during gas and oil transportation through pipelines...
As the foundation of energy industry moves towards gas, flow assurance technology preventing pipelin...
This thesis investigates the synergistic effect of thermodynamic inhibitors (TIs) including monoethy...
The motivation for this work was the potential of hydrophobic amino acids such as glycine, L-alanine...
This study examines the impact of three amino acids such as proline, methionine and tryptophan on me...
In this study, urea (U), acetamide (A), and glycine (G), which are easily decomposable, were suggest...
To develop an effective hydrate risk mitigation strategy for offshore flow assurance its essential t...
This study examined the synergistic inhibition effect of glycine (an amino acid) and [BMIM][BF4] (an...
Natural gas hydrates easily form in pipelines,causing potential safety issues during oil and gas pro...
The motive of this research to present a systematic study in context of implementation of gas hydrat...
The formation of gas hydrates in offshore subsea lines is a major flow assurance concern for the oil...
Solidified natural gas (SNG) is a promising option to store natural gas in the form of clathrate hyd...
This study investigates synergistic hydrate inhibition performance of conventional thermodynamic hyd...
Gas hydrate form and plug oil and gas pipelines, hence, they are unwanted and must be avoided. Conve...
In this study, the kinetic inhibition effects of amino acids and ionic liquids and the potential syn...
Gas hydrates often give rise to serious problems during gas and oil transportation through pipelines...
As the foundation of energy industry moves towards gas, flow assurance technology preventing pipelin...
This thesis investigates the synergistic effect of thermodynamic inhibitors (TIs) including monoethy...
The motivation for this work was the potential of hydrophobic amino acids such as glycine, L-alanine...
This study examines the impact of three amino acids such as proline, methionine and tryptophan on me...
In this study, urea (U), acetamide (A), and glycine (G), which are easily decomposable, were suggest...
To develop an effective hydrate risk mitigation strategy for offshore flow assurance its essential t...
This study examined the synergistic inhibition effect of glycine (an amino acid) and [BMIM][BF4] (an...
Natural gas hydrates easily form in pipelines,causing potential safety issues during oil and gas pro...