Faĭngol'd Z L, Zav'ialova E V, Karpukhin V F, Agafonova V A
Antibiot Med Biotekhnol. 1987 Nov;32(11):833-7.
Data on laboratory studies with real liquid sewage from antibiotic manufacture are presented. Two schemes are discussed: treatment of the sewage in an electrolysis plant followed by its afterpurification either in a column with pyrolusite or during a joint process of electrochemical purification with catalyst location on the plant bottom under the electrodes. The afterpurification of electrochemically treated liquid sewage on waste pyrolusite can provide and additional effect i.e. lower consumption of oxygen and decoloration at average by 15 and 25 per cent respectively.
本文介绍了有关抗生素生产实际液体污水的实验室研究数据。讨论了两种方案：污水先在电解厂进行处理，然后在装有软锰矿的柱中进行后处理，或者在电化学净化的联合过程中，催化剂位于电极下方的装置底部。在废软锰矿上对电化学处理后的液体污水进行后处理可产生额外效果，即分别平均降低15%和25%的氧气消耗量和脱色率。
