اینترنال سپراتور
Panta Inlet™ reduce inlet momentum, and promote initial bulk separation of Vapor-liquid feeds to a vessel. A uniform distribution plays essential roles in separation efficiency. Panta Vane Inlet™ consist of a series of curved vane arranged in heavy duty housing.
Features
- Reduced inlet nozzle size
- Lower formation of fine mists and emulsions
- Improved Vapor distribution
- Lower Vapor velocities
- Lower liquid re-entrainment
- Reduced slug momentum
- Reduced liquid load on mist eliminator
- Panta Vane™ Mist Eliminator consists of a series of specially profiled baffles that removes liquid droplets from vapor stream by the inertial impaction of the droplets on the baffles. The liquid droplets carry over with vapor which has been crossing vane zigzag do not intend to change direction, so collide […]
- Panta Inlet™ reduce inlet momentum, and promote initial bulk separation of Vapor-liquid feeds to a vessel. A uniform distribution plays essential roles in separation efficiency. Panta Vane Inlet™ consist of a series of curved vane arranged in heavy duty housing. Features Reduced inlet nozzle size Lower formation of fine mists and […]
- Panta Settle™ Coaclescers are used to enhance the separation of two immiscible liquids. They perform very effectively in two phase liquid-liquid separation or in 3 phase separation provided the feed to the separator does not contain a stable liquid emulsion. The gravity settler works solely on the principle of stokes […]
- Panta Spin™ Centrifugal Mist Eliminators consist of multiple cyclone pipes. An intense spinning motion is induced into the gas entering the cyclone pipes which throws the liquid droplets onto the pipe wall due to the resulting centrifugal forces. Features: Higher gas and liquid handling capacity More compaction with the same […]
- Panta Mesh™ Mist Eliminator comprises a pad of knitted wire mesh sandwiched between two rigid grids to provide support. Liquid mists collect on the wires as the bulk vapor travels through the pad. The collected liquid droplets coalesce into a continuous film on the wires and drain from the mesh […]
