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Electrolysis stations’ capacity over 100 kg of a.c./day

An electrolysis station is an equipment package providing autonomous production and proportioning of controlled amounts of the disinfecting reagent. The main component of the plant equipment is the electrolytic cell.

Key specifications of the electrolytic cells

1. Capacity:

Designation Electrolysis stations’ capacity(kg of a.c./day)
ELP - 0,5 T 12,0
ELP - 1,0 T 24,0
ELP - 2,0 T 48,0
ELP - 3,0 T 72,0
ELP - 4,0 T 96,0
ELP - 5,0 T 120,0
ELP - 6,0 T 144,0
ELP - 7,0 T 168,0
ELP - 8,0 T 192,0
ELP - 9,0 T 216,0
ELP - 10,0 T 240,0

2. The final disinfecting reagent obtained by means of electrolysis – sodium hypochlorite aqueous solution.

3. The type of the plant according to the technological cycle – flow-through.

4. Electrode unit:

4.1. Structural design – flat plates.
4.2. Electrodes’ electric configuration – bipolar.

5. Consumed power requirements:
5.1. Direct current voltage: 12 ... 24 V;
5.2. Current intensity (depending on the capacity of the electrolytic cell): 100 ... 6300 À.

6. Feedstock for the disinfecting reagent production:
6.1. Natural mineralized sodium chloride water (underground, sea and lake water) with the chloride content not less than 2 g/l;
6.2. Common salt.

7. Feedstock consumption per 1 kg of active chlorine:
7.1. Natural water – depending on the chloride content in it: 2 g/l – 1.5 m3; 20 g/l – 0.8 m3;
7.2. Common salt – 4-5 kg.

8. The active chlorine concentration in the produced disinfecting reagent:
8.1. Depending on the chloride content from 0.3 to 8 g/l.

9. Specific consumption of power per 1 kg of active chlorine:
9.1. Natural mineralized water (depending on the chloride content) – from 3.5 kW/hour/kg;
9.2. Common salt solution – 5.0 ... 5.5 kW/hour/kg.

We are ready to provide consultations and other assistance during commissioning of the plants.

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