Outlet Basket

Outlet Basket

UBO offers the Outlet Basket which is a cylindrical-shaped screen located at the bottom of a vessel/reactor and used to retain, support and eliminate the migration of catalyst/media. This type of screen can also be used at the top on the vessel/reactor to serve as an Inlet Distributor.
 
As with the Support Grid, our Outlet Basket is commonly used in axial flow processes including Hydrotreating, Hydrodesulphurisation, Gas Driers, Hydrocracking, Alkylation and Sand Filters to name a few.
 
UBO designs and manufactures Outlet Baskets in varying diameters, heights and sections. We are also mindful of the vessel/reactor manway size to allow for trouble-free installation.

Ubo Filter Co.,Ltd is specialized in producing and distributing Mine  sieving mesh,Water well screen,Well screen,Oil well screen,Wedge wire screen,Slot tube,V shaped wire  welded screens,Spiral screen tube,Wire-wrap screen pipe,Mine screen mesh,Screen cylinders,Vibrating sieve  screen plate.
 Welcome to contact us for more information and cooperation.0086-0311-83289301

 

Typical materials of construction would be type 304 or 316 stainless steel for the screen element and the housing, or for severe conditions, we suggest that a high nickel alloy such as C-276 be considered throughout. Optionally, in less severe environments, carbon steel may be chosen for the housing and connection flanges, with coating of the interior of the housing with epoxy an additional option.

There are four models available. The Spool Piece Inline is the simplest and least expensive, but has the greatest flow restriction and the smallest trapped media capacity. The Split-body Full-bore Inline provides lower pressure losses and superior capacity. The T-body Full-bore model provides the benefits of the Split-body with easier screen element access, but does require more complex piping arrangements. The Y-body Full-bore Inline unit provides all the benefits of the T-body whilst keeping piping arrangements simple, but is also the most expensive

Typical materials of construction would be type 304 or 316 stainless steel for the screen element and the housing, or for severe conditions, we suggest that a high nickel alloy such as C-276 be considered throughout. Optionally, in less severe environments, carbon steel may be chosen for the housing and connection flanges, with coating of the interior of the housing with epoxy an additional option.

There are four models available. The Spool Piece Inline is the simplest and least expensive, but has the greatest flow restriction and the smallest trapped media capacity. The Split-body Full-bore Inline provides lower pressure losses and superior capacity. The T-body Full-bore model provides the benefits of the Split-body with easier screen element access, but does require more complex piping arrangements. The Y-body Full-bore Inline unit provides all the benefits of the T-body whilst keeping piping arrangements simple, but is also the most expensive