| dc.identifier.citation | Azzopardi B.J, Colman D.A, Nicholson D, 2002.Plant application of a Tjunction as a partial phase separator. Trans I Chem E. Vol. 80, part A, pp 87-96. Conte G, Azzopardi B.J, 2003. Film thicness variation about a T-junction. International Journal of Multiphase Flow. Vol. 29, pp. 305-328. Ega Taqwali Berman, 2009. Studi eksperimental pengaruh variasi sudut T-junction terhadap karakteristik pemisahan keroseneair. Tesis Universitas Gadjah Mada Yogyakarta. Rodriguez,O.M.H.,Oliemans,R.V.A.,2006.ex perimental Study on Oil-Water Flow in Horizontal and Slightly Inclined Pipes. International Journal of Multiphase Flow. Vol. 32, pp. 323-343. Wang Li-yang, Wu Ying-xiang, Zheng Zhichu, Guo Jun, Zhang Jun, Tang Chi, 2007. Oil-water two-phase flow inside T-junction. Journal of Hydrodynamic. Vol. 20(2), pp.147-153. Yang L, Azzopardi B.J, 2006. Phase split of liquid- liquid two-phase flow at a horisontal T-junction. International Journal of Multiphase Flow. Vol. 33(2),pp. 207-216. | en_US |
| dc.description.abstract | Research about T-junction as separator still in developing, especially about liquidliquid
flow to get maximum efficiency. Has been done research about dissociation
characteristic of kerosene and water applies T-junction with inlet - 1,50 orientation of
side arm upward with angle of 450. Pipe diameter inlet 36 mm, and side arm pipe
diameter 19 mm, from material plexyglass. Variable which in measure is, debit
kerosene and secretory water passed side arm and run arm to get its the dissociation
efficiency based on speed of superficial kerosene and water according to test matrix.
Pressure difference at area T-junction also is measured. To point kerosene flow into
side arm hence in doing arrangement of flow resistance at downstream equal to 42%,
57%, and 72%. Based on visualisation and measurement data yields maximum
dissociation efficiency equal to 100% happened at its the flow pattern stratified. | en_US |
