Experimental study of stable surfaces for anti-slug control in multi-phase flow

Abstract

-The severe slugging flow is alw oil & gas production, especially for th based production. The slugging flow c potential problems, such as those relev safety, fatigue as well as capability phenomenon in multi-phase flow dynami avoided or eliminated by proper facility of operational conditions. Based on a tes can emulate a pipeline-riser or a gas-lift in a scaled-down manner, this paper exp the correlations of key operational para slugging flows. These correlations are re obtained stable surface in the parameter natural extension of the bifurcation p production opportunity without comprom is also studied. Relevant studies have al the capability, performance and effic control can be dramatically improve surfaces can be experimentally determine

The Impact of Riser-Induced Slugs on the Downstream Deoiling Efficiency

“…This paper will examine the relationship between severe slugs (under different running conditions) and the associated produced water treatment performance. A testing facility is used to test both the transportation and the separator-hydrocyclone separation systems [28][29][30]. The work examined in [31] concluded that the separation performance decreased when severe riser-induced slugs are presents, however, the oil-in-water (OiW) concentration was not measured or estimated due to the challenges and limitations associated with online OiW monitoring [32].…”