First, sodium hypochlorite generator 1. Performance characteristics:
SKC series sodium hypochlorite generator Our factory digests the advanced technology of the United States, and has made repeated research and test on electrode materials, anode and cathode spacing, and electrolysis area. The sodium hypochlorite produced by electrolysis has a broad spectrum of oxidation and bactericidal ability and can kill various spore viruses in water. The anode life of the equipment is 5-7 years, the power supply performance is reliable, and the corrosion resistance is strong. The electrolytic cell is composed of titanium plate and polyvinyl chloride white plastic plate. 2. working principle:
The SKC type sodium hypochlorite generator is a combined form, which is metered into the electrolytic cell by dilute brine metering, and is electrolyzed by a silicon rectifier to generate sodium hypochlorite.
1 kg of sodium hypochlorite salt consumption: 4.0-4.2; power consumption: 4.3-4.5KW.
In the brine solution, several ions such as Na+ and H- are contained. According to the theory of electrolysis, when the electrode is inserted, at a certain voltage, the electrolyte solution undergoes conduction due to the movement of ions and the reaction of the electrode. At this time, CL-, OH- The negative ions move toward the anode, and positive ions such as Na+ and H+ move toward the cathode, and discharge occurs on the corresponding electrodes, thereby performing a redox reaction to generate a corresponding substance. The salt water electrolysis process can be expressed by the following reaction equation: NaCl = Na + + Cl -
Anode electrolysis: H2O=H+OH-2Cl-2e—→Cl2↑ Cathodic electrolysis: 2H-+2e—→H2↑
In the non-diaphragm electrolysis device, the electrolyte and the electrolyzed product are escaping outward in the solution, and the others are all in an electrolyzer, because the hydrogen acts to a certain agitation of the solution during the escape process, so that the two poles A series of chemical reactions take place in the electrolyzed product, and the reaction equation is as follows:
2NaCl+2H2O→2NaOH+H2↑+Cl22NaOH+Cl2→NaClO+NaCl+H2O In the absence of diaphragm electrolysis brine, the total equation of the solution is the sum of the two reaction formulas listed above. NaCl+H2O+2F→NaClO+H2↑
Where: F is the Faraday electrolysis constant, which is 26.8 ampere hours, or 96,487 coulombs. 3. Equipment structure:
SKC series sodium hypochlorite generator consists of electrolytic cell, silicon rectifier electric control cabinet, salt dissolution tank, cooling system and supporting PUVC pipeline, valve, ejector and flowmeter.
Add 3~4 dilute salt solution into the electrolyzer, turn on 12V DC power supply, produce sodium hypochlorite by adjusting electrolysis current electrolysis, absorb and mix by water ejector, send out disinfection, or metering pump through mixer to send out disinfection. The automatic sodium hypochlorite generator automatically detects the residual current in the disinfected water, so that the residual chlorine in the disinfected water always maintains the set residual chlorine.
4. Equipment selection:
The equipment is manual, automatic and fully automatic.
Manual type (SKC-1-I): Manually shut down, manually adjust the valve, adjust the sodium hypochlorite concentration and flow.
Automatic type (SKC-1-Y): It can be started and stopped synchronously with water pump, liquid level controller and other equipment.
Fully automatic type (SKC-1-D): The imported imported chlorine online detector can receive the electromagnetic flowmeter and the inverter 4~20mA current signal to automatically adjust the residual chlorine.
SKC series sodium hypochlorite generator Our factory digests the advanced technology of the United States, and has made repeated research and test on electrode materials, anode and cathode spacing, and electrolysis area. The sodium hypochlorite produced by electrolysis has a broad spectrum of oxidation and bactericidal ability and can kill various spore viruses in water. The anode life of the equipment is 5-7 years, the power supply performance is reliable, and the corrosion resistance is strong. The electrolytic cell is composed of titanium plate and polyvinyl chloride white plastic plate. 2. working principle:
The SKC type sodium hypochlorite generator is a combined form, which is metered into the electrolytic cell by dilute brine metering, and is electrolyzed by a silicon rectifier to generate sodium hypochlorite.
1 kg of sodium hypochlorite salt consumption: 4.0-4.2; power consumption: 4.3-4.5KW.
In the brine solution, several ions such as Na+ and H- are contained. According to the theory of electrolysis, when the electrode is inserted, at a certain voltage, the electrolyte solution undergoes conduction due to the movement of ions and the reaction of the electrode. At this time, CL-, OH- The negative ions move toward the anode, and positive ions such as Na+ and H+ move toward the cathode, and discharge occurs on the corresponding electrodes, thereby performing a redox reaction to generate a corresponding substance. The salt water electrolysis process can be expressed by the following reaction equation: NaCl = Na + + Cl -
Anode electrolysis: H2O=H+OH-2Cl-2e—→Cl2↑ Cathodic electrolysis: 2H-+2e—→H2↑
In the non-diaphragm electrolysis device, the electrolyte and the electrolyzed product are escaping outward in the solution, and the others are all in an electrolyzer, because the hydrogen acts to a certain agitation of the solution during the escape process, so that the two poles A series of chemical reactions take place in the electrolyzed product, and the reaction equation is as follows:
2NaCl+2H2O→2NaOH+H2↑+Cl22NaOH+Cl2→NaClO+NaCl+H2O In the absence of diaphragm electrolysis brine, the total equation of the solution is the sum of the two reaction formulas listed above. NaCl+H2O+2F→NaClO+H2↑
Where: F is the Faraday electrolysis constant, which is 26.8 ampere hours, or 96,487 coulombs. 3. Equipment structure:
SKC series sodium hypochlorite generator consists of electrolytic cell, silicon rectifier electric control cabinet, salt dissolution tank, cooling system and supporting PUVC pipeline, valve, ejector and flowmeter.
Add 3~4 dilute salt solution into the electrolyzer, turn on 12V DC power supply, produce sodium hypochlorite by adjusting electrolysis current electrolysis, absorb and mix by water ejector, send out disinfection, or metering pump through mixer to send out disinfection. The automatic sodium hypochlorite generator automatically detects the residual current in the disinfected water, so that the residual chlorine in the disinfected water always maintains the set residual chlorine.
4. Equipment selection:
The equipment is manual, automatic and fully automatic.
Manual type (SKC-1-I): Manually shut down, manually adjust the valve, adjust the sodium hypochlorite concentration and flow.
Automatic type (SKC-1-Y): It can be started and stopped synchronously with water pump, liquid level controller and other equipment.
Fully automatic type (SKC-1-D): The imported imported chlorine online detector can receive the electromagnetic flowmeter and the inverter 4~20mA current signal to automatically adjust the residual chlorine.
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