Synchronous electricity generation and sewage purification device utilizing steel slag as positive electrode

A sewage purification and steel slag technology, applied in water/sewage treatment, biological water/sewage treatment, water/sewage multi-stage treatment, etc., to achieve the effects of reducing internal resistance, strengthening sewage purification ability, and improving electron transmission efficiency

Active Publication Date: 2016-05-04
INST OF AQUATIC LIFE ACAD SINICA
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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At present, there is no report on the research on steel sla

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  • Synchronous electricity generation and sewage purification device utilizing steel slag as positive electrode

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Embodiment 1

[0031] Such as figure 1 As shown, a device for synchronous power generation and sewage purification using steel slag as an anode uses a cylindrical PVC pipe (H=70cm, D=15cm) as an upward vertical flow artificial wetland, and the upward vertical flow artificial wetland includes bottom non- The conductive filler layer 1, the steel slag anode layer 2, the current collector 3, the upper non-conductive filler layer 4, the cathode layer 6, the wire 7, the resistance box 8 and the wetland plants 5, and the bottom non-conductors are arranged sequentially from bottom to top in the vertical flow constructed wetland. Conductive filler layer 1, steel slag anode layer 2, upper non-conductive filler layer 4 and cathode layer 6, current collector 3 is embedded in steel slag anode layer 2, current collector 3 and cathode layer 6 are connected by wire 7 and resistance box 8 respectively In a closed loop, wetland plants 5 are planted in the upper non-conductive filler layer 4 through the cathod...

Embodiment 2

[0037] A device for synchronous power generation and sewage purification using steel slag as an anode, using a cylindrical PVC pipe (H=70cm, D=15cm) as an upward vertical flow artificial wetland, and the upward vertical flow artificial wetland includes a bottom non-conductive filler layer 1. Steel slag anode layer 2, upper non-conductive filler layer 4, cathode layer 6, wire 7, resistance box 8 and wetland plants 5, bottom non-conductive filler layer 1, steel slag anode layer are arranged in sequence from bottom to top in the vertical flow artificial wetland 2. The upper non-conductive filler layer 4 and the cathode layer 6, the current collector 3 is buried in the steel slag anode layer 2, the current collector 3 and the cathode layer 6 are respectively connected to the resistance box 8 through the wire 7 to form a closed circuit, and the wetland plants 5 pass through The cathode layer 6 is planted in the upper non-conductive filler layer 4 , the water inlet pipe is arranged a...

Embodiment 3

[0043] A device for synchronous power generation and sewage purification using steel slag as an anode, using a cylindrical PVC pipe (H=70cm, D=15cm) as an upward vertical flow artificial wetland, and the upward vertical flow artificial wetland includes a bottom non-conductive filler layer 1. Steel slag anode layer 2, upper non-conductive filler layer 4, cathode layer 6, wire 7, resistance box 8 and wetland plants 5, bottom non-conductive filler layer 1, steel slag anode layer are arranged in sequence from bottom to top in the vertical flow artificial wetland 2. The upper non-conductive filler layer 4 and the cathode layer 6, the current collector 3 is buried in the steel slag anode layer 2, the current collector 3 and the cathode layer 6 are respectively connected to the resistance box 8 through the wire 7 to form a closed circuit, and the wetland plants 5 pass through The cathode layer 6 is planted in the upper non-conductive filler layer 4 , the water inlet pipe is arranged a...

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Abstract

The invention discloses a synchronous electricity generation and sewage purification device utilizing steel slag as a positive electrode. The steel slag utilized as positive electrode filler for a battery is embedded into a vertical flow artificial wetland system, so that a novel structure method with a microbial fuel cell and a constructed wetland which are coupled is formed. A bottom non-conductive filler layer, a steel slag positive electrode layer, a current collector inserted into the steel slag positive electrode layer, a top non-conductive filler layer, wetland plants planted in the non-conductive filler layers and a top negative electrode layer are laid on the system from bottom to top, wherein the negative electrode layer and the positive electrode layer are respectively connected with a resistor box through wires so as to form a closed loop. The steel slag electrode is embedded into a positive electrode of the microbial fuel cell and meanwhile coupled with the vertical current constructed wetland, so that dual effects of synchronous electricity generation and sewage purification are realized, the positive electrode teleportation efficiency is improved, the internal resistance of the battery is reduced, the electricity generation performance is improved, and meanwhile the water acidification problem is solved.

Description

technical field [0001] The invention belongs to the field of sewage treatment, and in particular relates to a device for synchronous electricity production and sewage purification using steel slag as an anode, which realizes electricity production and sewage purification by coupling a vertical flow constructed wetland with a microbial fuel cell. Background technique [0002] The energy crisis and environmental pollution, as well as the resulting social and climate problems, have become the focus of attention all over the world. The development of clean energy and circular economy based on the principle of "reduction, recycling and reuse" is an important way to build a resource-saving and environment-friendly society and achieve sustainable development. The development and utilization of clean energy such as solar energy, nuclear energy, wind energy, and biomass energy is an inevitable choice to replace traditional energy and solve the energy crisis, and it is also a strategi...

Claims

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Application Information

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IPC IPC(8): C02F9/14
CPCY02W10/33Y02W10/37C02F9/00C02F1/46109C02F3/005C02F3/32C02F3/34C02F2001/46133C02F2003/001
Inventor 吴振斌肖恩荣周银许丹武俊梅徐栋贺锋周巧红张义
Owner INST OF AQUATIC LIFE ACAD SINICA
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