| Sign In | Join Free | My entremaqueros.com |
|
| Categories | On Site Sodium Hypochlorite Generation |
|---|---|
| Brand Name: | CNJS |
| Model Number: | CNJS-Y-1000 |
| Certification: | ISO9001 |
| Place of Origin: | CHINA |
| MOQ: | 1 SET |
| Price: | NEGOTIATION |
| Payment Terms: | L/C, T/T, Western Union |
| Supply Ability: | 20 SETS PER MONTH |
| Delivery Time: | 20-45 work days |
| Packaging Details: | wooden case |
| Available chlorine: | 0.8 % |
| Inlet water temperature: | 5-27℃ |
| Inlet water pressure: | 0.2-0.4Mpa |
| Salt consumption: | 3.5kg/kg Cl2 |
| Water consumption: | 125L/kg Cl2 |
| Electrolytic liquid: | 2.5~3% weak brine |
Auto Control On Site Sodium Hypochlorite Generation Hypochlorite Generator
Product introduction:
Generation principle : CNJS - L series NaClO generator is a new type of NaClO solution for field production equipment , suitable for all kinds of needs NaClO disinfected venues . Its working principle is: the sodium chloride solution under the certain cell voltage function, in a series of electrochemical reaction occurs in the cell , the resulting NaClO solution , chemical equation can be expressed as follows :
NaCl+H2O+DC→NaClO+H2 ↑
The electrode reaction:2NaOH+Cl2→NaCl+NaClO+H2O
Technical parameters:
Type | Power(V/Hz) | concentration of liquid(mg/l) | available chlorine (Kg/h) | Flow (m3/h) | Salt consumption (kg/d) | Water consumption (m3/d) | Power consumption (kw) | Size(m) (l×w×h) |
CNJS-Y1000 | 380V/50Hz | 7-9 | 1 | 0.13 | 84 | 3 | 4.5 | 900*700*1780 |
Work flow chart:

Product system:
Generator part : Including generator , exchange heat ( options ) , Siemens touch screen and control system , etc.

Storage Tank Part : Including NaClO tank, blower fan , Level gauge , Hydrogen gas detector, etc .

Delivery Part : dosing Pump , flow meter , residual chlorine detector, etc

12,500 tons / day water plant sodium hypochlorite and chlorine
dioxide generator Technical indicators comparative analysis
(Equipment uses system of one use and one reserve)
| No. | Content | Chlorine dioxide generator | Sodium hypochlorite generator |
| 1 | Making process | Sodium chlorate and hydrochloric acid reaction to produce chlorine
dioxide | Electrolysis of brine to produce sodium hypochlorite solution NaCL+H2O=NaCLO+H2↑ |
| 2 | Raw material | Hydrochloric acid and sodium pochlorite | Not iodized salt |
| 3 | Raw materials form | Hydrochloric acid must be submitted for approval by the public security department | Salt Company record can be purchased and delivered to your door |
| 4 | Raw material inventory | Hydrochloric acid and Sodium chlorite must be placed separately, strict managementand make a leak emergency measures. | Waterproof, moisture stacked ,without safety measures |
| 5 | Raw materials for corrosion | Hydrochloric acid is a strong volatility and corrosive, affiliated electrical equipment, pumps, equipment room doors and other metal materials | No corrosive |
| 6 | Raw material safety | Sodium chlorite is flammable and explosive materials | Without any security risks |
| 7 | safety supervision | No national standard security administration of Work Safety performance standards, unable to meet the requirements of safety supervision | No |
| 8 | License | Health supervision department approval to wade document | Health supervision department approval to wade document |
| 9 | Storage | The gas generated can not be saved | Room temperature , closed, dark , plastic PE containers saved for a long save time. |
| 10 | Available chlorine concentration | CLO2+CL2 Mixed gas | 0.8% liquid ( sodium hypochlorite solution with low concentration of volatile) |
| 11 | Finished state | A strong irritant gas asphyxiation , | Light yellow transparent liquid, little irritating odor |
| 12 | Finished security | Must be prepared to deal with the strict anti-leak, emergency measures of leakage, or easily to cause accidents. | Liquid disinfection, diluted with water rinse when leakage, no security of risks. |
| 13 | Stability | Gas, can not be saved | Stable low concentration of sodium hypochlorite solution can be stored for a long time. |
| 14 | Mechanism | CLO2+CL2 | HOCl |
| 15 | Dosing method | Ejector siphon dosing of chlorine, the regulation can not be variable, fixed amount of chlorine | Accurate metering pump pressurized metered dosing, through the pipe network can be at any point the plant area, with the flow, residual value linkage form a closed loop metering pump flow is automatically adjusted to achieve the frequency variable dosing of chlorine. |
| 16 | Dosing accuracy / convenience | Siphon dosing of chlorine, accuracy is poor, it can not be precise metering control | Accuracy and can be administered using a smart device for precise measurement of flow rate based on the pipe network + line chlorine dosing, high degree of automation, enabling automatic intelligent inverter precise control, high degree of convenience. |
| 17 | The contact time with water | ≥30min | ≥30min |
| 18 | Leak prevention measures | Must be strictly set the leakage of chlorine absorption device | No special protective measures in the event of leakage , just use a lot of water to flush diluted |
| 19 | Leak harmful levels | Gaseous state, once leak is easy to cause large-scale diffusion, and serious social harm consequences | Liquid state, and the leakage of the liquid can be diluted then into the sewage pipes |
| 20 | Disinfection By-products | Perchlorate chlorite must be strictly controlled, easily exceeded and leading to contamination of the water quality | Highly secure disinfection products |
| 21 | safety | Reaction leak may exist , must be prepared once the leakage of chlorine emergency plan and related measures, otherwise may threaten personal safety. | Safer , no risk of leakage |
| 22 | life service | About five years | The whole life of more than 20 years , the electrode life more than 8 years. |
work shop :

|