Agglomerate Mesh + Blade Combination Gas-Liquid Separator

The blade separator boasts numerous advantages:

Enhanced liquid separation efficiency

Broader operational flexibility range

. Smaller separator housing dimensions

Suitable for high liquid-gas ratio applications.

For situations with slug flow.

. Convenient for modifying existing vertical separators

Used in combination with coalescing screens, it offers enhanced separation precision.

Leaf separators are primarily used for separating fine droplets from captured gases.

Leaf-type Splitter Application Range:

★ Ammonia, ethylene glycol, and oil removal in natural gas processing, such as TEG dehydration tower inlet separator and outlet mist eliminator; as well as MDEA desulfurization and decarbonization tower inlet separator and outlet mist eliminator.

★ Methanol and other desulfurization liquid removal in coke oven gas and synthesis rough gas desulfurization processes, such as mist separation at the top of the coke oven gas wet desulfurization tower, mist separators at the gas outlet of each tower in the low-temperature methanol washing process package.

★ Separator for steam, removing water, oil, and other droplets, such as steam drum separator, steam pipeline online droplet separator, distillation tower and rectification tower top mist and droplet separator.

★ Removing lubricating oil mist and water droplets from compressed air, such as mist and droplet separators at the outlet of air compressors, vacuum pump intake/exhaust mist and droplet separators;

★ Remove liquid oil mist from the process compressor stages, such as the separator at the inlet/intermediate discharge section of the circulating compressor.

★ Petrochemical and chemical product collection, recovery, and pollution control, such as methanol separators, gas-liquid ammonia separators, hydrogenation separators, and flash vapor tower top separators.

★ Coastal critical equipment air intake systems for dehumidification and desalination, such as ship and offshore platform engine room ventilation systems, HVAC systems, and steam turbine system air intake dehumidification and desalination