Helier - Model 1 - 1, 5 - 4 -Random Packing
The helier - Random Packing are Random Packing and permit to have High Transfer Specific that vary from 50 m2/m3 up to 280 m2/m3 , in function of the packing nominal diameter.
Thanks to the presence of special “windows” this Packing guarantees to
- avoid the formation of preferred paths
- have low pressure drops
When compared to other random packing.
Available in different diameters (1”-1,5”-4”) , the helier - Random Packing can be manufactured in
- different plastic materials
in accordance to the specification of the application for which they are choosen.
Any time a Transfer Surface is needed to
- regulate the process parameters
- perform Mass Transfer Operations
- perform Heat Transfer Operation
between fluids of different phases (Gas VS Liquid) or of the same phase (Gas VS Gas, Liquid VS Liquid) the ‘helier - Random Packing’ can be successfully applied and provides to the designer, the process engineer, the user, … … and to the Client the right answer to his
- Process Requirement
- Process Specifications
guaranteeing
- an high performance
- an optimal price / productivity ratio
Between the Various Applications , the following are reported:
- Bio-Percolator
- Absorption Columns
- Washing Towers
- Distillation Columns and Towers
- Exchange Beds
- Percolator
- Desorption Columns
- Cooling Towers
- Stripping
- Washing
- Stripping Columns
All of which are Equipment for the Mass Transfer Operation.
These application deal with Plant Applications of Different Industrial Sectors (Oil & Gas, Chemical Industry, Petrochemical Industry, Oil Industry, Energy Plant, Co-generation, Water Treatment, Sludge Treatment) and the Process Engineering in general.
This Packing is manufactured by moulding.
The `helier - Random Packing` are made in plastic materials and are available in different materials such as
- HDPP: High Density Polypropylene
- PS: Poly-Sulphonates
- PPS: Poly-Phenylene-Sulfide
- MOPLEN: various
The choice of the material is properly done in accordance to the process parameters and the resistance to
- Chemical Agents
- Temperature