Flow/Boiling Flow Distributor (FDT)

A. Liquid Only Feed Inlet (FDT-P01)
FDT-P01 uses down pipes for better liquid distribution.

B. Flashing Feed Pipe (FDT-P02)
FDT-P02 provides two-phase flow distribution. Bottom baffles separate the liquid and vapor.

C. Lateral Pipe Vapor Distributor (FDT-P03)
FDT-P03 introduces a vapor feed at the bottom of the tower or introduces a vapor to be mixed with the column vapor.

D. Pipe Vapor Distributor with Baffle (FDT-P04)
FDT-P04 allows for proper distribution through the addition of top baffles to the tube. This directs vapor downwards.

A. Annular Vapor Feed Distributor with Tangential Feed (FDT-A01)
0.1% entrainment rate. Uniform gas distribution. Low pressure drop. Tangential feed. Also used for flashing feed distribution.

B. Streamline Annular Vapor Feed Distributor (FDT-A02)
0.1% entrainment rate. Uniform gas distribution. Low pressure drop. Radial feed. Also used for flashing feed distribution.

A. Multilateral Gallery (FDT-G01)
FDT-G01 comprises a feed device with a multilateral gallery. A two-phase flow passes through the feed device and pours into gallery, where the vapor or gas separate from the liquid.

B. Circular Gallery (FDT-G02)
FDT-G02 is composed by a feed device with a circular gallery. Two-phase flow comes through feed device and pours into gallery where the vapor or gas separate from liquid.

A. Baffle Type Diffuser (FDT-B01)
FDT-B01 uses a V-baffle to reduce the incoming flow. With its simple structure, it can effectively separate a two-phase feed.

B. Multi-Baffle Type Diffuser (FDT-B02)
FDT-B02 uses a multi-baffle to reduce the incoming flow. It can effectively separate a two-phase feed and allows for more uniform distribution.

Vane Type Vapor Feed Distributor (FDT-V01)
Effectively decreases the momentum of the inlet feed stream. Prevents bulk liquid and solids from the entering gas flow. Prevents re-entrainment of previously collected liquid. Also used for flashing feed distribution.