Baffle Steam Separator Vessel, Two Phase, ASTM A516 70, 20 MWe
Key Specifications / Features
Model No.: FAB-240124-SV-03
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Enhance your clean steam systems with our Baffle Type Two-Phase Separator Vessel. Manufactured from durable ASTM A516 Grade 70 material, this vessel adheres to the highest standards of ASME VIII Division 1. Specifically designed for steam-water separation in clean steam systems, it ensures efficient and reliable performance. With a robust construction and a pressure rating of 2.18 MPa, our Two-Phase Separator Vessel is engineered to meet the demands of 20 MWe applications.
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Detail Information
Product Name: Baffle Type Steam Separator Vessel
Design: Baffle Type
Material: Carbon Steel ASME SA516 Grade 70/ASTM A516 Grade 70
Manufacture Code: ASME Section VIII Division 1
Specification: ID 2286 MM
Volume: 20 MWe
Design Pressure: 2.18 MPa
Design Temperature: 216℃
Fluid: Two Phases (Steam/Water)
Application: for the Removal of Entrained Liquids from Steam, in Geothermal Power Production Field
Baffle Type Steam Separator
A Steam Separator, also referred to as a moisture separator sometimes, is a device for separating water droplets from steam. Wet steam is a major concern in a steam system since it can cause process and maintenance problems, such as erosion, corrosion and lower productivity.
A Baffle Type Separator (also called vane type separator) consists of a number of baffle plates, which may cause the flow to change direction a number of times when it passes through the separator body. The suspended water droplets own a greater mass and a greater inertia than the steam; therefore, when there is a change in flow direction, the dry steam flows around the baffles and the water droplets collect on the baffles. Moreover, as the separator owns a large cross-sectional area, there is a resulting reduction in the speed of fluids. This reduces the kinetic energy of the water droplets, and most of them will fall out of suspension. The condensate collects in the bottom of the separator, where it is drained away through a steam trap.
A Baffle Type Separator (also called vane type separator) consists of a number of baffle plates, which may cause the flow to change direction a number of times when it passes through the separator body. The suspended water droplets own a greater mass and a greater inertia than the steam; therefore, when there is a change in flow direction, the dry steam flows around the baffles and the water droplets collect on the baffles. Moreover, as the separator owns a large cross-sectional area, there is a resulting reduction in the speed of fluids. This reduces the kinetic energy of the water droplets, and most of them will fall out of suspension. The condensate collects in the bottom of the separator, where it is drained away through a steam trap.
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