油气田产硫副产物的替代和潜在用途

Saba Khan, S. Amani, M. Amani
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引用次数: 1

摘要

随着石油和天然气的开采,产生了大量的硫副产品。例如,在拥有第三大已探明天然气储量的卡塔尔国,其天然气加工设施的副产品硫含量惊人。硫的产量远远超过了该国目前的可利用量。从卡塔尔北部气田提取的天然气中存在的硫化氢(H2S)使用传统的克劳斯工艺转化为元素硫。在许多拥有石油和天然气设施的国家,管理天然气加工的副产品硫是经济发展和环境保护的一个关键方面。因此,必须找到新的市场来利用硫磺,以避免处置危机。天然气的硫副产品可用于各种应用。除了目前的硫利用实践外,本文还讨论了硫的其他潜在用途。硫副产品的一些替代应用包括药用、道路建设、电池、制氢、结构添加剂、太阳能、废物处理、去除亚砷酸盐和玉米生产的潜在用途。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Alternative and Potential Uses for the Sulfur Byproducts Produced from Oil and Gas Fields
Along with oil and gas operations, huge amounts of sulfur byproducts are produced. For example, in the State of Qatar which has the third largest proven reserves of natural gas, an incredible amount of sulfur is produced as byproduct from its natural gas processing facilities. The amount of produced sulfur surpasses by far the amount that can be utilized currently in the country. Hydrogen sulfide (H2S) existing in natural gas extracted from Qatar’s North Field is converted to elemental sulfur using the conventional Claus process. Managing byproduct sulfur from natural gas processing is a key aspect of economic development and environmental protection in many countries with oil and gas facilities. Therefore, new markets must be found to utilize sulfur to avoid disposal crises. Sulfur byproduct from natural gas can be utilized for various applications. This paper discusses alternative potential uses for sulfur in addition to the current practices of sulfur utilization. Some of these alternative applications of sulfur byproducts include the potential usage for medicinal uses, road construction, batteries, hydrogen production, structural additives, solar energy, waste treatment, arsenite removal, and production of maize.
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