• experimental study on micro-electrolysis technology

    Experimental study on micro-electrolysis technology

    Experiments were conducted to study the role of micro-electrolysis in removing chromaticity and COD and improving the biodegradability of pharmaceutical wastewater. The results showed that the use of micro-electrolysis technology could remove more than 90% of chromaticity and more than 50% of COD and greatly improved the biodegradability of pharmaceutical wastewater. Lower initial pH could be

  • micro-electrolysis technology for industrial wastewater treatment

    Micro-electrolysis technology for industrial wastewater treatment

    Download Citation | Micro-electrolysis technology for industrial wastewater treatment | Experiments were conducted to study the role of micro-electrolysis in removing chromaticity and COD and

  • the study of a new type of micro-electrolysis technology

    The study of a new type of micro-electrolysis technology

    Fly ash; Iron-carbon micro-electrolysis; Nitrobenzene wastewater; Single-factor experiment ; Orthogonal experimental. Abstract In this work, a new type of micro-electrolysis technology using combined materials containing fly ash, iron scraps and rare earth Gd on the treatment of toxic and harmful nitrobenzene wastewater was presented.

  • effect of micro-electrolytic fillers on the oil removal

    Effect of micro-electrolytic fillers on the oil removal

    Aims to degrease the oily wastewater, the micro-electrolysis treatment with modified fillers was applied in this paper. The effect of micro-electrolytic filler on the oil removal was studied to determine the optimum proportion of carbon-iron, and corresponding preparation conditions.

  • research on micro-electrolysis method to treat the copper

    Research on Micro-Electrolysis Method to Treat the Copper

    Iron-carbon micro-electrolysis was applied in the treatment of the electroplating wastewater containing copper, and the parameters that affected the efficiencies of the wastewater treatment had been discussed, The results indicated that the optimal experimental conditions were initial pH 4, stirring speed 100r/min, total mass of iron and carbon 4g/0.1L, iron carbon mass ratio of 1, reaction

  • micro-electrolysis (me) | scientific.net

    Micro-Electrolysis (ME) | Scientific.Net

    Abstract: Experiments were conducted to study the role of enhanced micro-electrolysis techniques (METs) in treatment of s-atrazine wastewater, regarding atrazine production wastewater as the object of this research. The intensified METs methods included O 3 and ultrasound (US).

  • micro-electrolysis technology for industrial wastewater

    Micro-electrolysis technology for industrial wastewater

    Experiments were conducted to study the role of micro-electrolysis in removing chromaticity and COD and improving the biodegradability of wastewater from pharmaceutical, dye-printing and papermaking plants.

  • a study on the preparation of regular multiple micro

    A Study on the Preparation of Regular Multiple Micro

    Micro-electrolysis technology is a simple and effective electrochemical oxidation technolog, also called internal micro-electrolysis, the iron reduction method, zero-valent iron, etc. It was introduced to China in the 1980s, obtained the favor of experts and scholars, and it has been widely used in dyeing, chemical, pharmaceutical, coking, and

  • the study of a new type of micro-electrolysis technology

    The study of a new type of micro-electrolysis technology

    Fly ash; Iron-carbon micro-electrolysis; Nitrobenzene wastewater; Single-factor experiment ; Orthogonal experimental. Abstract In this work, a new type of micro-electrolysis technology using combined materials containing fly ash, iron scraps and rare earth Gd on the treatment of toxic and harmful nitrobenzene wastewater was presented.

  • research and application of micro-electrolysis technology to

    Research and application of micro-electrolysis technology to

    According to the technology of dying, printing dying, pesticidal, pharmaceutical, heavymetal containing and oil containing wastewater treatment, the micro electrolysis treatment technology was discussed about its function mechanism and influencing factors. The development trend of micro electrolysis technology was investigated.

  • a study on the preparation of regular multiple micro

    A Study on the Preparation of Regular Multiple Micro

    micro-electrolysis technology, we attempted to develop more efficient metal alloy-structured regular multiple micro-electrolysis fillers. Then, the regular multiple micro-electrolysis filler was applied in oil refinery wastewater treatment by batch experiments to explore the influence factors of multiple micro-electrolysis.

  • journal of chemical and pharmaceutical research, 2015, 7(1

    Journal of Chemical and Pharmaceutical Research, 2015, 7(1

    4.5 g/L, 5 g/L , /L, 0.75 g/L, a research on the manganese catalysis of MnO 2 on micro-electrolysis catalysis of wastewater treatment system, The results of is shown in Fig.1. It can be observed from Fig. 1 that with the increase of the amount of MnO 2 , micro electrolysis wastewater COD