this is due to the fact that there is production of hydogen gas, chlorine gas and sodium hydroxide which has their individual characteristic importance
By the electrolysis of brine.
Chlorine is a gas so it is not mined. It is manufactured by the electrolysis of a brine (salt) solution.
Chlorine is produced at the anode. Brine at the cathodeOxidation reaction: 2 Cl- --'anode'--> Cl2 + 2e-
Slightly alkaline (from 7.1 to 8.5)
The effects will vary based on the amount of overpotential, the current density, the electrode materials used, and the concentration of the brine, but in general: - higher overpotential will increase the reaction rate - the brine will become warmer and thermodynamic efficiency decreases - side reactions are more likely to occur, such as electrode stripping and increased Cl2 production at anode
By the electrolysis of brine.
it is because brine is an important source of two elements i.e. Sodium and Chlorine. Obtaining them is much easier by electrolysis then other methods.
electrolysis of brine
water
Chlorine is a gas so it is not mined. It is manufactured by the electrolysis of a brine (salt) solution.
By the sea where there is plenty of salt water. (Brine)
Chlorine is produced at the anode. Brine at the cathodeOxidation reaction: 2 Cl- --'anode'--> Cl2 + 2e-
The only one of the four that's "commonly refined by electrolysis" is brine, but whether it'll be refined by electrolysis or by just pouring it into a shallow container and allowing it to evaporate depends on the products you want to obtain.If you're trying to get sodium hydroxide, hydrogen and chlorine, electrolysis is the process for you. This is the Chloralkali process. If you want salt, evaporation is the way to go.
Chlorine gas and sodium hydroxide, which is why it's called the chlor-alkali process.
Slightly alkaline (from 7.1 to 8.5)
Herobrines name is Brine PM Me why My answer is Brine cus notch is in the fire and Brine save him but brine died in the fire so notch call brine into Herobrine
The effects will vary based on the amount of overpotential, the current density, the electrode materials used, and the concentration of the brine, but in general: - higher overpotential will increase the reaction rate - the brine will become warmer and thermodynamic efficiency decreases - side reactions are more likely to occur, such as electrode stripping and increased Cl2 production at anode