What is the working principle of the pure water filling production line?

The pure water filling production line adopts high-precision, high-speed quantitative filling valve. The liquid level is accurate and liquid-free, ensuring excellent filling quality. The capping head adopts constant torque device, which ensures the quality of the cap and does not damage the cap. With efficient cover system, it has perfect cover and protection device. The parts in contact with the materials are made of high quality stainless steel, which is corrosion resistant and easy to clean. The main electrical components, frequency converters, photoelectric switches, proximity switches, electronically controlled valves, etc. all use imported components to ensure the excellent performance of the whole machine.

It has a large adsorption capacity and a fast adsorption rate for organic substances and heavy metal ions in an aqueous solution, and is easy to regenerate. The use of ACF to treat raw water or wastewater can greatly reduce the volume of the treatment device and improve the treatment efficiency. For pollutants with recycling value, they can be enriched by ACF, recycled and recycled. It is especially important that ACF maintains a high adsorption capacity for low-concentration adsorbates, even for trace levels of adsorbate, while GAC tends to have a greatly reduced adsorption capacity at low concentrations.

The treatment device is mostly filled with the reverse ACF filling to the adsorption bed, and the pure water filling production line is operated by a two-bed semi-continuous process. The surface is often provided with a plurality of oxygen-containing groups, and therefore, the ACF is suitable for adsorbing a compound having an electron-withdrawing group or a hetero atom or a hydrophobic compound or a heavy metal ion in water. ACF has excellent adsorption properties and can handle various concentrations of raw water or wastewater. However, from an economic point of view; ACF treatment of micro-polluted raw water or lower concentration of wastewater is more economical. The pore size of the micropore is small, so usually only small molecular substances can be adsorbed, and macromolecular substances cannot be adsorbed.