I wonder if the salt water power generation you are talking about uses salt water to make primary batteries. If you want to prepare salt, water, glass bottles (plastic bottles can also be used, not metal), copper rods or strips, zinc strips (can be obtained from carbon batteries), wires and small lamp beads. Fill a glass bottle with saturated salt water and immerse the copper rod and zinc strip. Once attached, the copper rod is the positive electrode and the zinc strip is the negative electrode. But the voltage and current of each lamp are very low (I don't remember the voltage, it's around 0.2V). If you want to light a small lamp bead, you need to make several wires and connect them in series, and the voltage is at least 1.5V.
There is no of chemical reaction in the range of 0° to 100° and the solubility of the solute increases.
2NaCL + H2O = (electrolysis) = 2NaOH + H2 + Cl2
Electrification is the most powerful redox method - CL- loses electrons and H+ gains electrons.
It conducts electricity without heating. The sodium ions and chloride ions it contains play a role in electron transfer, so as long as it is in a liquid state and the ions can swim, it can conduct electricity.
Detailed information:
The medium in which solutes are dispersed is called solvent. Solute and solvent are relative terms. When two liquids dissolve in each other, the one with the greater amount is usually called a solvent, and the one with the smaller amount is called a solute. For example, when alcohol and water dissolve, alcohol is usually the solute and water is the solvent. If a small amount of water is dissolved in alcool, water can also be used as a solute and alcohol as a solvent. Generally, water is always used as a solvent in aqueous solutions. The most used solvent is water.
Solvents are divided into two categories: polar solvents (high dielectric constant) and nonpolar solvents (low dielectric constant). The most common polar solvent is water and non-polar solvents such as hydrocarbons. Aromatic hydrocarbons (like benzene) have higher solubility than aliphatic hydrocarbons (like gasoline).
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