The invention discloses an ultra-
infrared air-floating shallow-layer fluidized reactor, which is a novel fluidized reactor for ZIF
pyrolysis. Including the main air intake
pipe, the air intake
pipe under the porcelain boat, the
tube furnace, the collection target, the upper cover of the porcelain boat, the
gas exchange hole, the main body of the porcelain boat, the
wire mesh, the magnetic ball, the air inlet under the porcelain boat, the air outlet
pipe, and the ultra-
infrared control device and ultra-
infrared pulse emission device; the invention is based on the traditional
tube furnace reactor, and designs a method of applying shallow
fluidization technology and ultra-infrared
magnetic levitation technology to solve the problem of uneven heating caused by agglomeration of ferromagnetic ZIF materials during the
pyrolysis process To solve the problem, improve the porcelain boat and introduce
gas exchange holes to solve the problem that the
powder is easily blown away by the protective gas. At the same time, adding a collection target can collect the
zinc volatilized during the
pyrolysis of ZIF‑8. The device has a simple structure and can solve various problems in the pyrolysis process.