What is the main function of hydrogen peroxide coalescer
Information summary:The hydrogen peroxide coalescer mainly plays the following roles:
1. Separation of oil-water mixture: In the production process of hydrogen peroxide, oil-water mixture is often present. For example, in the early stage of oxidation reaction, the working fluid, water phase, and oil phase materials come into contact with each other. After the reaction is completed, the system is mixed with dispersed
The hydrogen peroxide coalescer mainly plays the following roles:
1. Separation of oil-water mixture: In the production process of hydrogen peroxide, oil-water mixture is often present. For example, in the early stage of oxidation reaction, the working fluid, water phase, and oil phase materials come into contact with each other. After the reaction is completed, the system is mixed with dispersed small oil droplets and water droplets. The hydrogen peroxide coalescer utilizes special coalescence materials and structures to allow small oil droplets to coalesce into large oil droplets and water droplets to coalesce into large water droplets. With the help of gravity difference, it efficiently separates the oil and water phases, achieving preliminary separation and ensuring the supply of pure materials for subsequent processes.
2. Purification of hydrogen peroxide: The produced hydrogen peroxide product may sometimes contain trace impurities, especially suspended oil impurities, which can affect the stability and quality of hydrogen peroxide, shorten its storage shelf life, and interfere with its effectiveness in downstream fields such as chemical, medical, printing and dyeing. The coalescer uses internal filters and filter materials to intercept and remove these impurities, making hydrogen peroxide more clear, improving product purity, and meeting high quality requirements.
3. Ensure process stability: If oil-water separation is not sufficient and impurities are not removed thoroughly, it will cause scaling and corrosion of equipment and pipelines in subsequent processes, frequently causing malfunctions and disrupting production rhythm. The stable operation of the hydrogen peroxide coalescer and the maintenance of material purity can ensure the smooth operation of the entire hydrogen peroxide production chain, reduce unplanned downtime for maintenance, and improve production efficiency and economic benefits.
4. Enhance safety: Impurities and oils mixed into hydrogen peroxide not only affect its quality, but also pose safety hazards. For example, during storage and transportation, impurity catalysis may cause uncontrolled decomposition of hydrogen peroxide, leading to serious accidents such as explosions and leaks. The coalescer purifies hydrogen peroxide, indirectly enhancing the safety guarantee of the entire product lifecycle.