The mist laden gas stream passes through the parallel vane plates and is forced to change direction several times. The mist droplets are separated by the subsequent centrifugal forces and are collected on the vane blades. This coalesced liquid film is then drained through slits or pockets to a liquid sump prior to drainage to the liquid compartment of the vessel. Size of mist droplets than we can separate = 10 µm or larger (under atmospheric pressure). Maximum pressure drop = 10 mbar

• Pay Mode Terms: L/C (Letter of Credit)
• Minimum Order Quantity: 1 Piece/Pieces
• Port of Dispatch: Mumbai
• Production Capacity: 3000 pieces
• Delivery Time: 8 weeks
• Packaging Details: Standard

Fenix^® offers efficient and cost-effective amine contactors to oil & gas processing industry. Amine contactor is the process equipment to remove acidic gases like H₂S, SO₂ and CO₂ from sour gas and hydrocarbon streams to make it “sweet” i.e. fit for all downstream processing operation. Usually n-methyl diethanolamine (MDEA) is used as the sweetening agent. Most popular and widely used simulation package AspenPlus helps us designing highly efficient amine contactors. 

The sour gas stream enters the bottom of the amine contactor while pre-cooled lean amine is fed from the top for countercurrent extraction of acid gases. Sweet gas comes out from the top of the column. The acid-rich amine solution leaving the bottom of the column is hot due to exothermic chemical reactions for absorbing the acid gases. This acid-rich liquid is led to a surge drum where desorption of hydrocarbon from the amine solution takes place leaving behind acid-containing amine. The acid gases are stripped off from the amine solution in the amine regenerator and the amine so obtained is recycled back to amine contactor after cooling. 

Highly efficient Fenix structured packing FXPack is used in the amine contactor column. 

The allowable ppm (parts per million) level concentration of amine in the sweet gas is taken as the most critical parameter for the designing the system.

• Pay Mode Terms: L/C (Letter of Credit)
• Minimum Order Quantity: 1 Piece/Pieces
• Production Capacity: 100 pieces
• Delivery Time: 8 weeks
• Packaging Details: Standard

Fenix^® has the requisite design strength to design and manufacture TEG contactor columns required for dehydration systems in processing of natural gas. Stringent process performance guarantees is provided by us. 

Our TEG Dehydrator system is a 3-column unit packed with efficient Fenix structured packing FXPack. We routinely use AspenPlus, the most widely used simulation package, to ascertain that our design is highly efficient and cost-effective. 

Saturated moisture-laden gas is fed to the first column where lean Triethylene Glycol removes moisture to bring it to 10 ppm level using packed bed counter current operation. This column works as an absorber. The exit TEG, after absorbing moisture is regenerated using two columns - Stripper and Regenerator. In the stripper, moisture is removed from TEG by heating, usually employing a reboiler. The remaining moisture in TEG is further removed by recycling small quantity of dry gas generated in the first column. 

We also offer other Internals for Oil & Gas processing sector such as Vane Packs, Demisters, Coalescers, Defoamers, Vortex breakers, Plate packs, sand jetting systems etc.

• Pay Mode Terms: L/C (Letter of Credit)
• Minimum Order Quantity: 1 Piece/Pieces
• Port of Dispatch: Mumbai
• Production Capacity: 100 pieces
• Delivery Time: 8 weeks
• Packaging Details: Standard