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Working principle£º
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| NaClO£³+ 2HCl¡ú
ClO2 + 1/2Cl2+ NaCl + H2O |
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Constitution£º |
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It mainly consists of seven subsystems with the following functions: chemical storage, dosing and reaction, heating, mixed absorption, auto-control and protection. |
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Features: |
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¡¡¡¤ Capable of generating composite disinfectant containing ClO2 & Cl2 with uncomplicated technology
¡¡¡¤ With unique high-automated control system, its generating capacity could vary automatically according to the amount of water input or residual chlorine in water output after being treated.
Generating capacity also could be controlled by a combined loop according to flow rate and residual chlorine amount. Thus, the concentration of effective chlorine in water could be maintained constantly.
¡¡¡¤ Safety operation under atmospheric pressure avoiding explosion
¡¡¡¤ Made of unique composite materials featuring heat and corrosion resistance; long working life
¡¡¡¤ In case that requirement on ClO2 purity is not too high, disinfection cost of this NaClO3 method is lower than the method using NaClO2
¡¡¡¤ Capable of filling disinfectant to pressure pipes..
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Specification £º |
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¡¡¡¡Three control modes available: relay/digital display/touch screen
¡¡¡¡
Over 50 specifications with effective chlorine generating capacities ranging form 50g/h to 20kg/h |
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Parameters: |
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Model |
HSD-100 |
HSD-200 |
HSD-500 |
HSD-1K |
HSD-2K |
HSD-5K |
HSD-10K |
HSD-20K |
rated generating capacity of ClO2 £¨g/h£© |
100 |
200 |
500 |
1000 |
2000 |
5000 |
10000 |
20000 |
Dilute water consumption£¨L/h£© |
300 |
300 |
500 |
1000 |
2000 |
5000 |
10000 |
15000 |
Power consumption (Electric /full-auto) |
£±.£° |
£±.£° |
2.£° |
3.£° |
4.0 |
4.5 |
£´.5 |
9.£° |
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Application: |
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¡¡¡¡Particularly adapted to disinfecting urban sewage, reclaimed water, hospital wastewater and circulating cooling water where there are not much requirements on disinfection by-products (DBPs). |
