CATASTROPHIC GAS HYDRATE GROWTH UNDER SHUT-IN AND COLD START UP CONDITIONS
In this present work, capillary aided catastrophic gas hydrate growth is observed under shut-in and cold start-up conditions employing newly fabricated customized apparatus, consisting of six units of identical rocking gas hydrate cell. The observation of a capillary-aided mass-transport mechanis...
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| Format: | Thesis |
| Language: | English |
| Published: |
2016
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| Subjects: | |
| Online Access: | http://utpedia.utp.edu.my/id/eprint/21425/1/2015-CHEMICAL-CATASTROPHIC%20GAS%20HYDRATE%20GROWTH%20UNDER%20SHUT-IN%20AND%20COLD%20START-UP%20CONDITIONS-JEGA%20DIVAN%20SUNDRAMOORTHY.pdf http://utpedia.utp.edu.my/id/eprint/21425/ |
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| Summary: | In this present work, capillary aided catastrophic gas hydrate growth is observed
under shut-in and cold start-up conditions employing newly fabricated customized
apparatus, consisting of six units of identical rocking gas hydrate cell. The
observation of a capillary-aided mass-transport mechanism for a catastrophic hydrate
growth with and without kinetic hydrate inhibitor is presented. Visual observation
shows that the hydrate crystal formation at the brine wetted area close to the brine/gas
interface initiates capillary-aided catastrophic hydrate growth. Moreover, no masstransfer
restriction of brine towards catastrophic gas hydrate growth is observed. The
capillary force may provide a greater driving force to form gas hydrates than the
diffusion rate of gasses into the bulk water phase. It is also found that the production
profiles such as different shut-in time and capillary aided water transport influences
the produce water to grow hydrate in distinctive ways. |
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