Institute of Petroleum Engineering

Centre for Gas Hydrate Research Publications



Abstract 039
Advances in Experiments and Computer Modelling Software to Simulate Hydrate Formation with Respect to Salts and Inhibitors
Østergaard, K.K., Burgass, R.W., Tohidi, B., Danesh, A., and Todd, A.C.
Practicalities of Predicting, Preventing and Controlling Waxes, Hydrates and Asphaltenes, Aberdeen, UK, 17-18 June (1998).
A novel test procedure for measuring hydrate dissociation conditions is outlined. The method is utilising piezoelectric properties of a quartz crystal through a Quartz Crystal Microbalance (QCM) set-up. Experimental results, using the novel procedure, are compared with literature data and benefits from the method are discussed. A state of the art computer model, simulating hydrate formation with respect to salts and inhibitors is described. The model is validated using literature data for a variety of real reservoir fluids in the presence of formation water, and the organic inhibitors, methanol and ethylene glycol.

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