The automatic tank cleaning device adopts automated conveying and cleaning methods, greatly reducing manual operations, improving work efficiency and cleaning quality; The 3D nozzle system achieves 360 ° cleaning, covering the top, walls, and bottom of the tank, with a cleaning efficiency that is more than 50% higher than traditional manual cleaning; The intelligent control system can preset cleaning programs (such as pressure, flow rate, time), automatically adjust cleaning parameters, and adapt to different tank types and dirt levels.

By using a combination of cleaning agent spraying and high-pressure rinsing, stains and residues on the surface of bottles and cans can be removed, ensuring the hygiene quality of the product; In response to the problem of residual viscous materials, the hot water circulation heating module can effectively reduce viscosity and be cleaned with a dedicated scraping device; Can adapt to the cleaning needs of bottles and cans of different shapes, sizes, and materials, with wide applicability; Whether it is crude oil, refined oil, or chemical raw material storage tanks, simply replacing the corresponding material nozzles and sealing kits can meet diverse needs.

The automatic tank cleaning device is manufactured using energy-saving technology and environmentally friendly materials, which meets environmental requirements and reduces energy consumption and environmental pollution; The recycling device can separate the cleaning wastewater into oil and water, and the separated crude oil can be reintroduced into the production process, achieving resource reuse; The cleaning water can be recycled, effectively reducing water consumption. Clean the entire process in a sealed environment to avoid oil evaporation or leakage, and reduce environmental pollution; Equipped with a sensor system, it can monitor key indicators such as oxygen concentration and combustible gas ratio in the tank in real time, ensuring that the entire cleaning process is in a safe and controllable state.

The usage process of the automatic tank cleaning device:

1. System connection and preparation

-Connect the sampling system (such as an automatic sampler) and the sampling tank to be cleaned to the distribution pipe of the tank cleaning instrument to ensure good sealing of the gas path.

-Configure ultra pure nitrogen or zero air as the cleaning gas, and prepare distilled water or ultra clean water for humidification cleaning (some instruments require this function).

2. Parameter settings

-Set parameters such as cycle count, vacuum degree, and pressurization pressure through the software interface. For example, the inflation pressure is slightly higher than atmospheric pressure, and subsequent vacuum cleaning is achieved by pumping air with a vacuum pump.

-Choose whether to enable the humidification function according to the requirements to reduce the active adsorption on the inner wall of the tank and improve the cleaning effect.

3. Start the automatic cleaning program

-Run the "automatic" mode, and the instrument sequentially executes positive pressure inflation and vacuum pumping cycles, repeatedly flushing the inside of the tank until the set cycle is completed.

-During the cleaning process, the flow path status and progress can be monitored in real-time through software.

4. Verify the cleaning effect

-Blank verification: Fill in clean gas (such as nitrogen) and detect residual substance content; If it is a standard gas verification, a known concentration of standard gas is introduced for comparison.

-Check the sealing of the tank and whether there are signs of corrosion, and if necessary, test for residues using a microscope or chemical reagent.

5. Recording and archiving

-Record cleaning time, parameters, cleaning agent information, and verification results to form traceable documents that comply with industry standards or enterprise specifications.