In the plastic processing industry, treating wastewater from plastic pellets has always been a challenge. This wastewater contains a large amount of organic matter and surfactants, which can easily generate a significant amount of foam, complicating wastewater treatment. A defoamer specifically designed for plastic pellet wastewater can effectively address this problem.
The defoamer for plastic pellet wastewater is a chemical agent developed to tackle the foam issue in such wastewater. Its primary function is to eliminate foam, enhance wastewater treatment efficiency, and reduce treatment costs. The defoamer works by lowering the surface tension of the foam, causing it to break. The defoamer molecules quickly disperse to the foam's surface, interact with the foam molecules, and alter the chemical properties of the foam's surface, thereby reducing its stability. Additionally, the defoamer can inhibit foam formation, preventing new foam from being generated.
Characteristics and Advantages
1. High Efficiency: Quickly eliminates foam in wastewater, improving treatment efficiency.
2. Good Stability: Maintains stable defoaming performance during wastewater treatment without being affected by changes in temperature or pH.
3. Wide Applicability: Suitable for treating various types of plastic pellet wastewater, including high-concentration and high-viscosity wastewater.
4. Easy Operation: Simple to use—just add the defoamer to the wastewater and stir evenly.
5. Safe and Environmentally Friendly: The defoamer is environmentally non-polluting and poses no harm to human health.
Usage and Precautions
Usage Method
1. Determine the amount of defoamer needed based on the nature of the wastewater and the treatment process.
2. Slowly add the defoamer to the wastewater and stir evenly.
3. During the wastewater treatment process, add the defoamer as needed based on the foam situation.
Precautions
1. Adjust the defoamer dosage according to actual conditions, as excessive use may affect the treatment results.
2. Pre-treat the wastewater to remove impurities and solid particles before using the defoamer.
3. Store the defoamer in a dry, ventilated, and cool place, away from direct sunlight and high temperatures.
4. Wear protective equipment to avoid contact with skin and eyes when using the defoamer.
In a plastic processing plant, the wastewater treatment process was hindered by a large amount of foam due to the presence of surfactants in the wastewater. This led to low treatment efficiency and increased costs. To solve this problem, the plant used a defoamer for plastic pellet wastewater. After using the defoamer, the foam quickly disappeared, significantly improving the treatment efficiency and effectively controlling the treatment costs.
The defoamer for plastic pellet wastewater is an innovative solution for addressing the foam problem in plastic pellet wastewater. It offers high defoaming efficiency, good stability, wide applicability, easy operation, and is safe and environmentally friendly. Using this defoamer can enhance wastewater treatment efficiency, reduce treatment costs, and protect the environment.
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