Experimental results showed that MBF23 can grow on many kinds of substrates, and its flocculation capability are generally better than that of FeSO4, FeCl3 ,AlCl3, but related to PAC, CTS and amic-polypropylene.

• 结果表明:B23培养条件粗放,能以马铃薯、黄豆粉等多种农产品为培养基,并能利用单糖和多糖作为碳源,也能利用有机和无机氮源。 对高岭土絮凝性能优于FeSO_4,FeCl_3,AlCl_3,但与PAC,CTS和聚丙烯酰胺相当。