1. Check and replace

1) Regularly inspect the outside and inside of the reactor to ensure there are no loopholes or damage;

2) Check and calibrate temperature and pressure control equipment to ensure their accuracy and stability;

3) Regularly check and replace the pipes and valves of the reactor to ensure that they do not have any leaks or blockages;

4) Regularly inspect and replace damaged seals and insulation materials to prevent leakage and energy loss.

2. Cleaning

1) Clean pipes and valves to ensure normal flow and operation

2) Clean the heater and heat transfer surface regularly to prevent accumulation and blockage. Make sure the heater's temperature control device is working properly to avoid overheating and localized overheating.

3) Adopt the correct cleaning process to clean the inside of the reactor to remove residues and dirt, which will help maintain the hygiene of the reactor and avoid contamination.

Guangyuan reactor cleaning system integrates multi-disciplinary technologies or applications such as high-pressure water jets, pipeline engineering, and modern control systems. During cleaning, the telescopic mechanism of the three-dimensional rotating nozzle is installed on the inlet hole of the reactor, and the telescopic rod extends into the reactor. The telescopic mechanism can be controlled manually, electrically, hydraulically, etc. to make the telescopic rod telescope in the reactor and move along the direction around the inner wall of the reactor. The telescopic rod can avoid obstacles in the reactor during movement. Due to the compound movement of the three-dimensional rotating nozzle and the telescopic rod, the high-pressure water jet can cover any position in the reactor, thereby completing 360° cleaning of the reactor.

3. Maintenance

Some parts may need to be replaced during use of the reactor. Regularly inspect and maintain spare parts inventory to ensure timely replacement and repairs. This reduces downtime due to equipment damage.

Develop a regular maintenance schedule that includes cleaning, inspection, repair and replacement. Develop appropriate maintenance frequency and methods based on equipment usage and workload. Regularly record details of maintenance activities so that equipment condition and performance can be tracked and evaluated. Through these care and maintenance suggestions, the performance and life of the reactor can be effectively protected and maintained. Regular inspection, cleaning and maintenance, as well as proper lubrication, sealing and heating control, are all important steps to ensure the smooth operation of reactor equipment. Additionally, training operators and implementing safety measures, coupled with the use of modern technology for monitoring and fault detection, are also key to ensuring reactor safety and operation.