Abstract

One of the foremost vital problems associated with fossil fuel hydrate that mentioned in each terms of issues and opportunities is considering the amount of fossil fuel as hydrate or blockage the pipelines. This study examined the fossil fuel of associate Iranian field with hydrate formation within the presence and absence of the various magnetic fields. For this purpose, associate equilibrium diagram of hydrate formation was drawn and also the effects of 1000G (Gaussian), 2000G, 3000G, and 4000G on hydrate formation were investigated. The results indicated associate inhibition impact for the presence of flux. The results show the subsequent changes: at temperatures prodigious fifteen °C, decreasing the flux multiplied the hydrate formation inhibition, and at temperatures below 15°C, increasing the flux slashed the hydrate formation inhibition. Indeed, the foremost appropriate worth of flux within the tested flux is 2000 Gauss.