The random packing CMTP® seeks to associate high capacity with excellent mass transfer efficiency, promoting, also, a low pressure loss through its geometry. CMTP® is manufactured in an extensive range of metal alloys such as 410, 304, 316 and 317.
How's it works?
Its shape offers an excellent surface area and a constant renewal of the liquid film, maximizing the global mass transfer coefficient when comparing 1st and 2nd generation fillings (Raschig Rings and Pall Rings). In addition, there is a decrease in head loss when compared to conventional fillings.
Product Applications
The efficient mass transfer of this filling can be explained by factors such as:
– The uniformity of the distribution of liquid and steam in the section of the towers;
– Turbulence, which allows the renewal of the liquid film on its surface and, consequently, the increase in vapor-liquid interaction.
Both due to the high surface area / volume of the bed it promotes.
- Need for low head loss;
- Need for high efficiency;
- High liquid load systems.
- Amine tower in the oil and gas industry;
- TEG tower in the oil and gas industry.