Automatic dehydration, extraction and transportation apparatus for petroleum coke

An automatic dehydration, extraction and transportation apparatus for petroleum coke, comprising

• a bottom cover device,
• a coke chute, and
• a coke storage pool, wherein:
• the bottom cover device is arranged at a bottom of a coke tower and connected to the coke storage pool via the coke chute,
• a bottom of the coke storage pool is horizontally provided with a grid net for filtering petroleum coke,
• a track is provided at a top of a first pool wall of the coke storage pool,
• a hoist is configured to extract the petroleum coke on the grid net,
• a partition door is provided on the first pool wall of the coke storage pool, and the hoist enters and exits the coke storage pool through the partition door,
• a partition wall is further provided in the coke storage pool,
• a surface of the partition wall is opposite the coke chute, such that a corridor is formed between the first pool wall opposite the coke chute and the partition wall, the partition door being located at an end of the corridor communicating with an area outside of the coke storage pool,
• a first end of the partition wall is connected to a second pool wall of the coke storage pool and a second end of the partition wall opposite the first end of the partition wall is spaced from a third pool wall of the coke storage pool opposite the second pool wall of the coke storage pool, and
• the partition wall is situated within the coke storage pool such that, after the petroleum coke flushed into the coke storage pool along the coke chute is blocked and buffered by the partition wall, a part of the petroleum coke bypasses the partition wall and enters the corridor circuitously, so as to weaken an impact of the petroleum coke on the partition door.