Seawater Electro-chlorination | Working Principle
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- Опубликовано: 20 окт 2024
- The onsite generation of Sodium Hypochlorite solution from seawater is performed by the electro-chemical process providing partial electrolysis of Sodium Chloride contained in seawater, as it
flows through direct current energized anodic and cathodic electrodes.
Filtered seawater feeds the NaOCl generator module.
The Electrochlorination Unit is composed of electrolyzer module, power cabinet and Control cabinet.
The Sodium Hypochlorite solution is stored and degassed in a storage/degassing Tank and is injected into the seawater pipes and heat exchangers to prevent blockage in the system.
Usually continuous dosing is 22 hours a day.
Shock Dosing: 30 minutes every 6 hours @ 3 times normal dosage rate - four times a day.
The Hydrogen gas disengages from the liquid phase in the upper part of the storage tank, it is flushed with air in order to keep Hydrogen concentration less than 1% by volume and it is vented to open air.
Very clear explanation thank you very much....
I'm subscribe the channel
thank you so much
hi why do we need to increase current at cells when temperature gets higher?
Can you give me information about the temperature sensor?Please.Thank Bro
superb
What is the concentration of brine entering the electrode from seawater?
Conductivity 54 ms/cm and TDS 80,000 mg/l
Great video!, which is the name of the plant?
No idea
还挺好的，反应公式还不够全面。effection fator，eg: pH, temperature,对于产生NaCLO的效率影响不详细
How much hydrogen is created? Why not store it and use it, or sell it?
It is minor amounts, not feasible to store and sell.
@@AMJEngineering ty
Can this make 10-12% if desired?
No way. Its 0.1% thats why the dosing rate is 100 times the 10_12% conc.
@@AMJEngineering is there a way to effectively create such from seawater?
Please, Can you send us an offer?