With the continuous development of global trade, tank containers play an increasingly important role in international logistics. Tank containers are mainly used to transport liquids, gases and other substances. After long-term use, impurities and dirt will remain inside, affecting the quality of goods and transportation efficiency. Therefore, cleaning and drying of tank containers have become an indispensable link. In order to improve cleaning efficiency and reduce labor costs, automatic and intelligent cleaning and drying have become a development trend.
Application significance of automatic cleaning and drying system for tank containers
1. Improve the cleaning and drying efficiency of tank containers and shorten the cleaning and drying time.
2. Reduce labor costs and reduce the intensity of personnel work.
3. Ensure the quality of cleaning and drying and meet the requirements of relevant standards.
4. Improve equipment utilization and reduce equipment maintenance costs.
Composition of automatic cleaning and drying system for tank containers
1. Cleaning system
(1) Using ultra-high pressure 3D three-dimensional container cleaner (high pressure water automatically drives to complete spherical scanning cleaning trajectory) to realize the internal rotation positioning cleaning of the tank container and achieve 360° cleaning without dead angles, with the characteristics of stable operation and high positioning accuracy. (2) The system is equipped with waste recycling and wastewater collection and pretreatment devices, which can discharge wastewater to the sewage treatment plant. The waste recycling device collects and degrades the waste gas generated during cleaning.
2. Drying system
(1) A hot air drying device is used to heat the tank container to increase the internal temperature.
(2) An independent circulating air duct is set up to ensure that the hot air is evenly distributed in the tank and improve the drying effect.
(3) A temperature sensor is installed to monitor the temperature in the tank in real time to ensure that the drying temperature meets the requirements.
(4) During the drying process, intelligent control is achieved by adjusting the hot air temperature and air volume to improve the drying efficiency.
3. Automatic control system
(1) A PLC programmable logic controller is used to realize the automatic control of the cleaning and drying process.
(2) A touch screen operation interface is equipped to facilitate operators to monitor the cleaning and drying status in real time and adjust parameters.
(3) Sensors are used to collect equipment operation data to achieve fault warning and remote diagnosis, reducing equipment maintenance costs.
With the improvement of environmental protection requirements, automatic tank container cleaning equipment has also received more and more attention and demand has increased. The further development and application of automation technology will improve cleaning and drying efficiency, reduce labor costs, ensure cleaning and drying quality, and meet relevant standards. This will also improve equipment utilization and reduce maintenance costs, providing strong support for my country's tank container cleaning and drying industry. In the future, automated tank container cleaning equipment will become more intelligent and efficient, providing enhanced data recording and traceability capabilities to meet the needs of industries such as food, chemicals, and pharmaceuticals, and bring greater convenience and benefits to the logistics and transportation sectors.
