Jet mill and classifier and its method of operation of the particulate generation method and for its

摘要

This invention has, the classification wheel (8), the classification wheel axis (35) and the classification housing (21), the aforementioned classification wheel (8) with the aforementioned classifier housing (21) with the classifier air gap (8a) is formed between, the aforementioned classifier air gap due to the compressed gas of low, energy content regarding this method in regard to the method of forming the particulate the dynamic air classifier where the aforementioned classification wheel axis (35) with the aforementioned classifier housing (21) with the axial passage (35b) is formed between, is unified (7) the fluid energy mill which it has with (1), (8a) And/or the aforementioned axial passage (35b) thing and energy rich air gap washing is done the pulverization jet entrance where superheated steam is supplied it features that (5) exists. Furthermore this invention has, the classification wheel (8), the classification wheel axis (35) and the classification housing (21), the aforementioned classification wheel (8) with the aforementioned classifier housing (21) with the classifier air gap (8a) is formed between, the aforementioned classifier air gap due to the compressed gas of the energy content which the dynamic air classifier where the aforementioned classification wheel axis (35) with the aforementioned classifier housing (21) with the axial passage (35b) is formed between, is unified (7) creates the fluid energy mill for particulate formation which it has, in this fluid energy mill, is low (8a) and/Or the aforementioned axial passage (35b) it can provide the cleaning device which does air gap washing, at the same time energy rich the pulverization jet entrance where superheated steam is supplied it features that (5) exists. According to this invention, also operational method of the dynamic air classifier and the said classifier which mention is created.