Zingiberales Extract ZE: A Locally Sourced Natural Compound as Gas Hydrate Inhibitor

Virtue Urunwo Elechi, S. S. Ikiensikimama, J. Ajienka, O. Akaranta, O. Okon
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Abstract

Gas hydrates are impediments to flow of gas and oil and its avoidance and mitigation is key to oil and gas operators. Mitigation via chemical controls is more suitable for marine environments. The effectiveness of 2wt% of an extract from the plant order, Zingiberales has been compared to that of Mono-Ethylene Glycol in a simulated offshore laboratory mini flow loop of 0.5-inch ID. The results from final pressure shows the value of ZE to be 107 psi while that of the MEG was 99 psi. The ∆P for ZE was 43 psi while that of MEG was 51 psi. The difference in ∆P was 8psi more than that of MEG. The Inhibition Capacity (%) values showed ZE to have performed better with a value of 62.28% while that of MEG was 55.26%. ZE had an Inhibition Capacity that was 7.02% more than that of MEG which is mostly imported and is termed a toxic alcohol, meaning that it is both human and environmentally hazardous. ZE therefore should be considered for development as a gas hydrate inhibitor.
生姜提取物ZE:一种本地天然化合物作为天然气水合物抑制剂
天然气水合物是天然气和石油流动的障碍,避免和缓解它是油气运营商的关键。通过化学控制进行缓解更适合于海洋环境。在模拟的0.5英寸内径的海上实验室微型流动回路中,将2wt%的Zingiberales植物提取物的效果与单乙二醇的效果进行了比较。最终压力的结果表明,ZE值为107 psi, MEG值为99 psi。ZE的∆P为43 psi, MEG的∆P为51 psi。∆P的差异比MEG大8psi。抑菌能力(%)值显示,ZE的抑菌能力为62.28%,MEG的抑菌能力为55.26%。ZE的抑制能力比MEG高出7.02%,MEG主要是进口的,被称为有毒酒精,这意味着它对人体和环境都有危害。因此,应考虑将ZE作为天然气水合物抑制剂进行开发。
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