Figures & data
FIG. 1 Venturi scrubber configuration: 0–1: converging section, 1–2: throat, 2–3: diverging section; point 0 where liquid is introduced, may coincide with point 1.
![FIG. 1 Venturi scrubber configuration: 0–1: converging section, 1–2: throat, 2–3: diverging section; point 0 where liquid is introduced, may coincide with point 1.](/cms/asset/18fc20cb-bfac-4929-8615-ab62535c1217/uast_a_211219_o_f0001g.gif)
FIG. 3 Nomographs for estimating the venturi overall efficiency based on the Calvert theoretical model.
![FIG. 3 Nomographs for estimating the venturi overall efficiency based on the Calvert theoretical model.](/cms/asset/d044dfd7-5a4d-4fe7-85a4-7543211d566b/uast_a_211219_o_f0003g.gif)
FIG. 4 Parameter Int(1) versus parameters G u d mα and lnσ g , for the graphical solution of the Yung et al. model.
![FIG. 4 Parameter Int(1) versus parameters G u d mα and lnσ g , for the graphical solution of the Yung et al. model.](/cms/asset/c1f9c651-9121-4fad-99db-e76e5043f1ba/uast_a_211219_o_f0004g.gif)
FIG. 5 Venturi overall penetration parameter e 4B u P versus parameter Int(1), for the graphical solution of Yung et al. model.
![FIG. 5 Venturi overall penetration parameter e 4B u P versus parameter Int(1), for the graphical solution of Yung et al. model.](/cms/asset/c700278d-0d38-46f5-af44-3fa0b2a6e725/uast_a_211219_o_f0005g.gif)