초록 ▼

An apparatus for removing droplets entrained in a gas stream is disclosed wherein a plurality of longitudinally extending eliminator blades are positioned in side by side spaced apart relation for passing a gas stream with each blade having an inlet inclined section and an outlet inclined section of

An apparatus for removing droplets entrained in a gas stream is disclosed wherein a plurality of longitudinally extending eliminator blades are positioned in side by side spaced apart relation for passing a gas stream with each blade having an inlet inclined section and an outlet inclined section of opposite slope connected by an intermediate transition section establishing a convex surface on the bottom of the blade and a concave surface on the top of the blade. The convex surface of the blade has a deviation greater than the deviation of the concave surface. The outlet section has a trailing end differing in shape from the leading end of the inlet section and is shown as an airfoil section at the trailing end of the concave surface of the blade. The blades are provided with notches at their ends corresponding with notches in end supporting plates for mechanically interlocking each blade with the end plates.

대표청구항 ▼

A mist eliminator for removing droplets of liquid entrained in a gas stream comprising: a plurality of longitudinally extending eliminator blades positioned in side by side spaced apart relation for passing a gas stream through the space between adjacent blades from an inlet to an outlet, each blade

A mist eliminator for removing droplets of liquid entrained in a gas stream comprising: a plurality of longitudinally extending eliminator blades positioned in side by side spaced apart relation for passing a gas stream through the space between adjacent blades from an inlet to an outlet, each blade having an inlet inclined section and an outlet inclined section, said inlet and said outlet inclined sections having opposite slope and connected by an intermediate transition section thereby establishing a convex surface on the bottom of each of said blades ad a concave surface on the top surface of each of said blades, convex surface means on said outlet inclined section of said concave surface only on the top surface of each of said blades continuous with said concave surface on the top surface of each of said blades and projecting outwardly such that a stagnation region will be provided toward the inlet from said convex surface means for impingement of water droplets in the gas stream on said convex surface means.