ADSORBING MATERIAL COMPRISING ZEOLITE TREATED WITH ELECTROMAGNETIC WAVES, SUPPORTING METHOD OF PHOTOCATALYST OR OXIDIZING CATALYST AND PRODUCTION OF REGENERATED ADSORBING MATERIAL BY ELECTROMAGNETIC WAVE TREATMENT

摘要

PROBLEM TO BE SOLVED: To obtain an adsorbing material capable of perfectly removing impurities, bonded water or zeolite water in the peripheries of pores of a crystal structure of zeolite at a temp. of 600 deg.C or lower without destructing pores and capable of keeping the function of pores max. and a method for producing the same. SOLUTION: A single adsorbing material is obtained by treating zeolite with electromnagnetic waves and has characteristics capable of adsorbing malodorous components in acidic, alkaline and neutral gases and, since the adsorbing characteristics of this adsorbing material rely on the pore distribution over a wide range of the adsorbing material and the active part of a very small amt. of the fibrous metal contained in the adsorbing material but do not rely on a chemical bond, the adsorbing material has the self-regeneration power due to a photocatalyst or oxidizing catalyst.