in this style of separator, numbers of special coalescing separating feather vane pins have been arranged and distributed accurately to form special coalescing separating feather vane pins assembly, with the synergistic effects of inlet device, calming plate, weir system and vortex outlet device to separate one phase of apparent matter from the other phase with high efficiency and good economic costs of operation and maintenance.
对于g56型聚结羽叶液液两相动力学分离器，一定数量的聚结分离羽叶精确组态形成内件组，并与入口分离总成、镇流板、堰系和出口破涡器形成协同效应，实现两相相互高效显著分离，运行与维护成本经济。
and what’s more, the conventional liquid-liquid 2-phase separator has been upgraded to composted weir and collection compartments system to improve the stability of operating performance no matter operating parameters changes of the ratio of oil against water and the outlet flow rates both of oil and water.
并且，通过对传统液液两相分离器技术升级改造而转变成复合堰舱系统，可提高分离器操作运行稳定性，以防犯液液两相比例、油水两相出口流速等运行参数发生变化导致的分离效率变化。
² performance efficiency: 99.5%.
分离效率：99.5%.
² objective droplet sizes of dispersed phase: common for 30 micron and larger. further deep separation requirement should select the combined coalescing separator with feather vane coalescing compartment and cartridge element coalescing compartment.
目标分散相尺寸：通常30微米及以上尺寸。如需更深程度分离要求，则需要选择包含羽叶聚结舱和聚结滤芯舱双舱组合式聚结分离器。
² pressure drop of internal: <5kpa.
内件运行压降：<5kpa.
² retention time: >5 minutes.
停留时间：大于5分钟。
² novel structure: g56 feather vane pins pack composited weir collection compartment.
novel结构：g56填料式聚结羽叶 复合堰舱结构
² maintenance: without internals spare parts and low cost of operation and maintenances.
维修维护：低设备制造成本和运行维护成本，无需备品备件。
² major application: liquid-liquid separator at top of extraction column, liquid-liquid separator at top of light fraction column in ctl project, oil-water separator in cyclo-hexanone project, oil-water separator in natural gas teg dehydration project, oil-water separator in offshore and onshore project.
主要应用场合：萃取塔顶液液分离器、ctl煤制油项目汽提塔顶轻油-水分离器、环己酮项目碱液-醇酮分离器、天然气teg脱水塔轻烃-水分离器、海上平台和陆上终端油水分离器。