Acid addition to ion exchange membrane

The decrease in chlorine purity after adding acid to an ion-exchange membrane cell can be attributed to several reasons: 1. **Acid concentration and type**: The type and concentration of acid added may not be suitable for your specific operating conditions. If the acid concentration is too high or too low, it may affect the membrane permeability and electrolysis efficiency. 2. **Membrane condition**: The ion membrane may suffer damage or experience a decline in performance due to long-term use or chemical erosion, resulting in poor ion exchange efficiency and affecting the production and purity of chlorine gas. 3. **Operating conditions of the electrolyzer**: Operating conditions such as the working temperature and current density of the electrolyzer can change as a result of the addition of acid, and these factors all affect the production and purity of chlorine gas. 4. **Chemical reactions**: Acids may have altered the chemical environment inside the cell, for example by affecting the reactions at the anode or cathode, thereby impacting the production of chlorine gas. 5. **Impurity accumulation**: If the acid added contains impurities, or if the membrane itself accumulates impurities, these can all lead to a decrease in the purity of chlorine gas. It is recommended to check whether the type and concentration of acid used are suitable for your system, as well as to examine the condition of the electrolytic cell and the ion exchange membrane, to ensure that all operating parameters are within optimal ranges. If the problem persists, more detailed inspection or consultation with the equipment manufacturer’s technical support may be required. .