Effectiveness of Using T-Junction with Variation Resistance to Separate Kerosene and Water in Pipeline Installation
DOI:
https://doi.org/10.46365/jmio.v2i02.440Keywords:
Water, downstream, superficial velocity, kerosin, T-JunctionAbstract
This study aims to determine the effectiveness of separating kerosene and water in a piping installation using T-Junction and variations in resistance. It is very important to do research because it can reduce problems that arise in the distribution of drilling oil to the next distribution. T-Junction is a method used in this study, because the separator method is rarely used. Separation of kerosene type oil and water in the test. 42%, 57% and 72% are variations of downstream resistance. At the superficial velocity of the mixture 0.35 m/s, Jw= 0.25 m/s and Jk = 0.10 m/s from the tests carried out, the kerosene separation efficiency was 100%. At a mixed superficial velocity of 0.47 m/s Jw = 0.22 m/s and Jk=0.25 m/s also produces an efficiency of 100%, while at a mixed superficial velocity of 0.20 m/s Jw= 0.10 m /s and Jk = 0.10 m/s produce an efficiency of 99%.
References
Ejaz;, F., Po;, W., Nasif;, M. S., Saieed;, A., & Memon, Z. Q. (2020). A review: Evolution of Branching T-Junction Geometry in Terms Of Diameter Ratio,To Improve Phase Separation. Engineering Science And Technology, An International Journal.
Gunawan. (2017). Pengaruh Kecepatan Superfisial Terhadap Pola Aliran Dan Fluktuasi Tekanan Pada Aliran Kerosene= Air Di T-Juntion. Seminar Nasional Mesin Dan Industri (SNMIXI), 140–144.
Hamad;, F. A., Albarzenzi;, D., & Ganesan, P. B. (2015). Study of Kerosine Water Two Phase Flow Characteristic In Vertical And Inclined Pipes. The Canadian Journal Of Chemical Engineering, 92, 905–917.
Pao;, W., Hon;, L., Saieed, A., & Ban, S. (2017). Numerical Simulation Of Two Phase Slug Flow With Liquid Carryover In Different Diameter Ratio T- Juntion. ICADME.
Saieed;, A., Sam;, B., Pao;, W., Hashim;, F. M., & Norpiah, R. B. M. (2016). A Review Of T-Junction Geometrical Effect On Two-Phase Separation. ARPN Journal Of Engineering And Applied Sciences, 11(24), 14233–14238.
Samal;, K., & Ghosh, S. (2021). Kerosin-Water Counter-Current Two -Phase Flow-Structures Varying Flow-Orientation In 15 mm Diameter Duct. Flow Measurement And Instrumentation, 81.
Setiawan;, A. B., & Pratiwi, S. E. (2018). Perancangan dan Analisis Tegangan Separator Produksi Menggunakan Softwere PV Ellite dan Solidwork. Jurnal Teknik Mesin, 07(02), 97–103.
Suminar;, D. ratna, & Nurcahyo. (2020). Karakteristik Hydrocyclone untuk Pemisahan Minyak dan Air. JTKL, 4(Oktober), 133–140.
Verma;, R. K., & Ghosh, S. (2020). Effect of phase properties on liquid-liquid two-phase flow patterns andPressure Drop In Serpentine mini Geometry. Chemical Engineering Journal, 397.
Yao;, C., Liu;, Y., Xu;, C., Zhao;, S., & Chen, G. (2017). Formation of liquid–liquid slug flow in a microfluidic T-junction_ Effects of fluid properties and leakage flow.pdf. AICHE Journal.
Zhi;, C., Liu;, L., Chen;, P., & Liu, Y. (2020). 2020 Chang Shuang Zhi _Numerical investigation of liquid-liquid two-phase.pdf. The Canadian Journal Of Chemical Engineering, 1–12.
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