Ceramic surface can generate extremely thin liquid film.
Turbulent liquid flow and tortuous vapor flow passages
promote mixing of liquid and vapor with a low pressure
drop. These are reasons that our ceramic structured
packings have the same mass transfer efficiency as metal
packings. Meanwhile, they are much more resistant to
corrosion and high temperature than metal packings.
The
surface structure of ceramic packing can promote its
wetting and help maintain liquid hold-up at a minimum. Thus, chance
for the system to be overheated, polymerized and coked
can be minimized.
Excellent
Features
High liquid & vapor loading. Column I.D. could be
designed smaller, for new equipment and capacity could
be increased remarkably for existing column revamp.
High mass transfer efficiency. Much higher specific surface
area than random packings.
Low pressure drop and considerable energy savings.
Wide turndown ratio. Easy to scale up.
Suitable for all sizes of columns.
High resistance to acids and alkalis, especially to H2S,
naphthenic acids and chlorides.
Applications
Distillations and Absorption of strong corrosive mixtures;
Distillation
of halogenated organic components; Used
as heat-exchanger, catalyst support.
Ceramic surface can generate extremely thin liquid film.
Turbulent liquid flow and tortuous vapor flow passages
promote mixing of liquid and vapor with a low pressure
drop. These are reasons that our ceramic structured
packings have the same mass transfer efficiency as metal
packings. Meanwhile, they are much more resistant to
corrosion and high temperature than metal packings.
