Natural gas separation device

A natural gas separation device, comprising:

• a tank, providing with an air inlet, an exhaust port, and a liquid discharge port;
• a liquid separation assembly, disposed in the tank and dividing an internal space of the tank into a front separation chamber and a liquid recovery chamber, the liquid separation assembly being provided with a liquid return channel for connecting the front separation chamber and the liquid recovery chamber, wherein the liquid recovery chamber is connected to the exhaust port, and the front separation chamber is connected to the air inlet and the liquid discharge port;
• and
• a solid separation assembly, disposed in the front separation chamber and connected to the liquid separation assembly, wherein a solid separation cartridge of the solid separation assembly is configured with a buffer assembly;
• the buffer assembly stores energy when the solid separation cartridge is impacted in a filtration direction of the solid separation cartridge;
• wherein the solid separation assembly includes a solid separation connection base and a solid separation cartridge base;
• the solid separation connection base is connected to the liquid separation assembly;
• and the solid separation cartridge base is slidably connected to the solid separation connection base, the buffer assembly is disposed between the solid separation connection base and the solid separation cartridge base, and the solid separation cartridge is disposed on the solid separation cartridge base;
• a droplet capture assembly, disposed in the liquid recovery chamber, wherein the droplet capture assembly is connected to the tank;
• the droplet capture assembly includes a capturing disk, the capturing disk rotates to throw captured droplets onto a chamber wall of the liquid recovery chamber;
• a plurality of droplet capturing vanes are disposed on an outer side of the capturing disk, and the plurality of droplet capturing vanes guide a natural gas when the capturing disk rotates, wherein an is formed between a leaf surface of the droplet capturing vanes and a disk surface of the capturing disk;
• wherein:
• the liquid separation assembly includes a liquid separation connection base, a liquid separation cartridge base, and a plurality of liquid separation cartridges;
• the liquid separation connection base is connected to the tank, and the liquid separation connection base is provided with a diversion chamber connected to the front separation chamber and the liquid recovery chamber;
• the plurality of liquid separation cartridges are disposed on the liquid separation cartridge base;
• and
• the liquid separation cartridge base is connected to the liquid separation connection base and disposed in the diversion chamber, a gap is disposed between the liquid separation cartridge base and the liquid separation connection base to form a diversion channel for directing the natural gas to the plurality of liquid separation cartridges wherein each of the liquid separation cartridges includes a support column and a delayed diversion member;
• the support column is disposed on the liquid separation cartridge base;
• and the delayed diversion member is disposed on the support column, and the delayed diversion member includes a delayed diversion groove with;
• wherein the extension direction of the delayed diversion groove is helical.