The Preliminary Study To Removing Oil Content In Condensate Steam Of Gland Seal System With Activated Carbon

B. Prakoso
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Abstract

PT Badak NGL is a Liquified Natural Gas Company based in Bontang KALTIM, in the process of liquefying natural gas using a refrigeration compressor which powered by steam turbine, the steam turbine uses gland seal system to prevent steam leakage to the environment and the air entry to the vacuum system of steam turbine that will impact the performance of the steam turbine. Gland seal system uses low pressure steam that controlled by control valve. After that the steam will be condensed by condenser, the result of condensate steam is 35 mL/s average. Condensate steam from gland seal system is contaminated by oil about 2-7 mg/L. One of the effort for efficiency the water and chemical used so the condensate steam can be reused for boiler feed water, but the oil content must be reduced to 0.5 mg/L as required by ASME (the American Society of Mechanical Engineer). From the preliminary study in the form of experiments carried out to examine the use of activated carbon in removing oil content, it was concluded that the activated carbon was effective in removing the dissolved oil content in condensate steam from gland seal system outlet. The results of the test are obtained isotherm graph with the “Freundlich” equation approach obtained the need for activated carbon as much as 25 kg and dimension of columns with a length 2.23 m and a diameter 0.14 m. From a series of pilot-scale experiments it can be concluded that the optimum flow rates are 37,09 mL/s & 12,24 mL/s.
活性炭去除压盖密封系统冷凝水含油量的初步研究
PT Badak NGL是一家位于KALTIM邦唐的液化天然气公司,在使用以汽轮机为动力的制冷压缩机液化天然气的过程中,汽轮机采用压盖密封系统,防止蒸汽泄漏到环境中,空气进入汽轮机的真空系统,从而影响汽轮机的性能。压盖密封系统采用由控制阀控制的低压蒸汽。蒸汽经冷凝器冷凝后,平均冷凝蒸汽35ml /s。来自压盖密封系统的冷凝蒸汽被约2- 7mg /L的油污染。为了提高效率,使用了水和化学品,因此冷凝蒸汽可以重新用于锅炉给水,但根据ASME(美国机械工程师协会)的要求,含油量必须降低到0.5 mg/L。以实验的形式进行了活性炭去除含油量的初步研究,得出活性炭对去除压盖密封系统出口冷凝水中的溶解含油量有效的结论。实验结果用“Freundlich”方程法得到等温线图,得到所需活性炭重25 kg,柱长2.23 m,直径0.14 m的尺寸。通过一系列的中试实验,可以得出最佳流速为37,09 mL/s和12.24 mL/s。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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