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在哈萨克斯坦 ,一种由Saltanat科学研究中心开发的新催化氧化技术要比采用现有技术去除油气中硫化物的效果更好。哈萨克斯坦用这种技术改进了现有天然气加工厂的生产设备 ,产品的质量和数量得到了提高 ,每年至少可获利＄ 1 . 5〔1 0 8。哈萨克期坦原油存在的主要问题之一是存在硫醇、H2 S和COS。Tengiz油田每年烧掉大约 2 0〔1 0 8m3的天然气 ,Prorva油田每年烧掉大约 5〔1 0 8m3天然气。新技术应用GIZ - 1 ,它既是催化剂又是试剂。使用后 ,GIZ - 1很容易吸入空气再生。该技术用GIZ - 1代替一乙醇胺 (MEA) ,消除了用环丁烷 (DEG)脱水的需要。应用GIZ - 1基技术可增加天然气的产量 ,而且还提高了天然气的质量。
In Kazakhstan, a new catalytic oxidation technology developed by the Saltanat Scientific Research Center performs better than the prior art in removing sulphides from oil and gas. Kazakhstan has used this technology to improve the production facilities of the existing natural gas processing plants. The quality and quantity of products have been raised, at a minimum of $ 1.5 a year [108]. One of the major problems with the Kazakhstock crude is the presence of mercaptans, H2S and COS. The Tengiz field burns approximately 20 [108 m3 of natural gas each year and the Prorva field burns approximately 5 [108 m3 of natural gas each year. The new technology uses GIZ - 1, which is both a catalyst and a reagent. After use, GIZ - 1 is very easy to inhale air for regeneration. This technique replaces monoethanolamine (MEA) with GIZ - 1, eliminating the need for dehydration with cyclobutane (DEG). The application of GIZ - 1 based technology can increase natural gas production, but also improve the quality of natural gas.