After the reaction kettle is finished working, many residues will adhere to its inner wall and cannot be collected. As the residues increase, they will affect the thermal conductivity of the reaction kettle, causing the temperature inside the kettle to fail to reach the required temperature in a timely manner, which will also affect the quality of the products. At the same time, if the residues are corrosive, they will corrode the inner wall of the reaction kettle, affecting the service life of the kettle and related components. Therefore, during the operation of the reaction kettle, it is necessary to clean its interior regularly. The pipeline cleaning equipment utilizes three-dimensional high-pressure water cleaning technology, which can achieve excellent cleaning results, effectively expand the cleaning range inside the reaction kettle, and has great application advantages.
1. The three-dimensional rotating cleaning nozzle generates strong impact force through continuous rotation and water jetting, effectively removing residues attached to the wall of the reaction kettle;
2. The pipeline cleaning equipment utilizes a three-dimensional rotating cleaning nozzle, which can thoroughly clean the entire surface of the reaction kettle, achieving 360° cleaning without any dead zones inside the reaction kettle;
3. During cleaning, the three-dimensional rotating spray head is fed into the reaction kettle through a telescopic device, requiring no manual intervention and only manual assistance to complete the cleaning process;
4. It can be paired with relevant control systems, safety measures, etc., to achieve an efficient, environmentally friendly, and high-quality automated cleaning method for reaction vessels.
In summary, pipeline cleaning equipment utilizes the kinetic energy of high-pressure water jets to break down hard scale on the inner walls of reaction vessels and the surfaces of agitators, thereby stripping and removing it. This enables automated three-dimensional cleaning of the interior of reaction vessels, improving cleaning efficiency, quality, safety, environmental protection, and other issues related to reaction vessel cleaning.
