Materials for microelectrolysis equipment
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The results of applying microelectrolysis technology to chemical wastewater vary greatly; it does work very well in some types of wastewater. However, it is generally reported that the following problems remain unresolved: 1. For ester-containing wastewater, it is necessary to adjust the pH of the wastewater to 3 in order to achieve good treatment results, but the wastewater from some factories has buffering properties, which requires a large amount of acid to reach this pH level. 2. A significant amount of sludge is generated, and as the cost of sludge increases, this becomes a major problem. Those with experience in this area, please share your insights!
Our company has used this process in the past, but the results were not good. The carbon-iron material in the micro-electrolysis system tends to clump together, which leads to uneven flow. Additionally, we use a continuous water feed system, making it difficult to control the pH of the incoming water; especially with automatic control of acids and bases, it’s impossible to maintain the desired levels. Moreover, the consumption of acids and bases is very high. This process is questionable when dealing with large volumes of water