Study on flocculating bed of micro-electrolysis process;

Acrylic fiber wastewater treatment by complex process made up of internal electrolysis, Fenton oxidization and SBMBR;

Study of the disposal of disperse blue E-4R dye wastewater with internal electrolysis enhanced by ozone;

Experimental study on the application of internal electrolysis method in disposal of difficultly degraded organic waste water;

Study on the treatment of active greatly black dye wastewater by catalytic iron inner electrolysis method;

Application of inner electrolysis-aeration-hydrolyzation & acidif ication-SBR technology in mechanical processing wastewater treatment;

Study on the mechanism and kinetics of nitrobenzene wastewater treatment by catalyzed iron inner electrolysis process;

The wastewater containing azo dye was treated by internal electrolysis.

Electrolysis and internal electrolysis are compounded to treat wastewater of printing and dyeing of high concentration and high chroma.

The treatment of dry spun acrylic fibre wastewater by iron chips activated carbon internal electrolysis is investigated, and the influence of three factors (reaction time, wastewater pH and iron carbon ratio)on the results is discussed.

Based on the fact that FeC can reduce undegradative substances to a certain extent and is able to remove COD from some substances,the paper makes a study on advanced treatment of the leachate tail water subject to treatment by aged refuse bio-reaction bed using FeC inner electrolysis technology.

Based on the fact that FeC can reduce undegradative substances to a certain extent and is able to remove COD from some substances, the paper makes a study on advanced treatment of the leachate tail water subject to treatment by aged refuse bio-reaction bed using FeC inner electrolysis technology.