Before media enters the tank, it must undergo rigorous purification to remove impurities, suspended solids, and sediments. Filtration and sedimentation processes can be used to ensure media purity meets the tank's requirements. Avoid directly injecting media containing impurities to reduce the introduction of sediment and lower the risk of bottom buildup.

Properly configure the agitator within the tank to ensure uniform media flow and prevent sedimentation caused by localized stagnation. Regularly check the agitator's operating status to ensure stable parameters such as speed and power, maintaining good media circulation. Continuous agitation breaks the conditions for sediment formation, reducing material adhesion at the bottom.

Establish a comprehensive sewage discharge mechanism to promptly remove accumulated water, oil, and sediment from the bottom of the tank. Regularly clean the bottom of the tank, combining this with a thorough cleaning during tank maintenance to remove any attached sediment. Take care to avoid damaging the tank's inner wall during cleaning. After cleaning, thoroughly inspect the tank to ensure no residue remains.

Properly treat the inner wall of the storage tank for corrosion prevention, selecting a suitable anti-corrosion coating to avoid rust and impurity accumulation. Control the temperature and humidity inside the tank according to the characteristics of the medium to prevent the medium from deteriorating and precipitating due to environmental changes, and reduce the formation of deposits. Regularly check the sealing of the tank to prevent external impurities from entering and maintain a stable internal environment.