Page 222 - Handbook Of Multiphase Flow Assurance

CHAPTER
10

Research methods in flow assurance

OUTLINE

Hydrate stability and crystal growth 222 Docking of macromolecules on hydrate
Importance of studying gas and ice 253
hydrates 222 Studying of kinetic inhibitor interaction
Gas hydrates as an industrial with water: solvation of the
hazard 223 polymer in the bulk water 262
Hydrates as an environmental Summary of computer modeling 279
buffer for holding Ch 4 , Co 2 223 Summary of the experimental
Industrial applications for gas hydrates 224 and computer model work 280
Hydrates as a source of hydrocarbon Experimental and computer study of the
fuel 226
Properties and structures of gas effect of kinetic inhibitors on 280
clathrate hydrates
hydrates 228
Thermodynamics of hydrate formation 233 Crystallographic information 284
about hydrates
Kinetics of hydrate formation 234 Hydrate crystal growth 286
Phase transitions in gas hydrates 235 Inhibition of hydrate formation 287
Methane hydrate experiments 236 Computer modeling of hydrates: solid
Xenon sI and xenon + neohexane solution models 290
sH hydrate experiments 241
Evaluation of experimental results 249 Potential models 290
Structures of liquid water and
Evaluation of the biomolecular hydrate 290
computer studies 250
Thermodynamic properties 292
Molecular modeling 251 Translational and vibrational spectra 293
Comparison of chemical performance Stability of gas hydrates 293
on a solid surface 251 Early modeling of hydrate growth 294
Computer study of hydrate inhibition Inhibition of hydrate growth 296
mechanism 252 Research objectives 297

Handbook of Multiphase Flow Assurance 221 © 2019 Elsevier Inc. All rights reserved.
https://doi.org/10.1016/B978-0-12-813062-9.00010-5