Ecological Slope Anti-corrosion Timber Pile, and Treatment Device and Treatment Method Therefor

A treatment device for an ecological slope anti-corrosion timber pile, comprising a gasification furnace and a carbonization chamber, three carbonization chambers being provided and respectively a first carbonization chamber (8), a second carbonization chamber (9) and a third carbonization chamber (10), each internally provided with a main gas pipeline (18);

• a plurality of rows of radially distributed branch gas pipes (13) being disposed on the main gas pipeline (18) along a vertical direction, and the branch gas pipes (13) being provided with electronic igniters (5);
• a plurality of rows of radially distributed timber piles (11) being disposed inside the carbonization chambers along a vertical direction, and the timber piles (11) being located between the branch gas pipes (13);
• the gasification furnace being connected to the main gas pipeline (18) of the first carbonization chamber (8) by way of a gas booster pump (14);
• the first carbonization chamber (8) being connected to an air blower (15), the first carbonization chamber (8) being connected to the second carbonization chamber (9) by way of a joint pipe (21), the second carbonization chamber (9) being connected to the third carbonization chamber (10) by way of a pipeline, and the third carbonization chamber (10) being connected to the gasification furnace by way of a gas delivery pipe (19);
• the timber piles (11) being sequentially dried by the third carbonization chamber (10), thermally baked by the second carbonization chamber (9), and burned and carbonized by the first carbonization chamber (8);
• after carbonization is completed in the first carbonization chamber (8), an air intake valve being closed, the first carbonization chamber (8) being moved out, the second carbonization chamber (9) being moved to an original position of the first carbonization chamber (8) to replace the first carbonization chamber (8), the third carbonization chamber (10) being moved to an original position of the second carbonization chamber (9) to replace the second carbonization chamber (9), and a spare carbonization chamber being moved to an original position of the third carbonization chamber (10) to replace the third carbonization chamber (10);
• and after the first carbonization chamber (8) is cooled for a certain period of time, the timber piles (11) being taken out, and then new timber piles (11) being loaded for later replacement of the third carbonization chamber (10).