In the water pretreatment stage, ozone pre oxidation technology is used to reduce the burden of later treatment. Ensure that the treated water meets the effluent quality standards, and after ozone pre oxidation, it is necessary to add activated carbon or choose a biological filtration process. There are various factors that affect the processing effect of this skill, such as the amount of ozone added, the timing of touch oxidation PH value, substrate, and function of activated carbon. In the process, real-time adjustments should be made based on corresponding value specifications and detailed biological communities in order to fully utilize the effects of ozone and activated carbon.

The anti infiltration technique is a key focus in membrane water treatment, fully utilizing pressure difference and having the advantage of zero pollution. The anti infiltration skill can achieve intelligent and continuous operation, improving the work efficiency of operators. This skill can reduce the amount of medication used and minimize the impact of water treatment on the environment.

The primary working principle of plant liquid deodorants is to atomize some DOD plant liquid deodorants through our company's high-pressure fogging equipment, allowing the atomized molecules to be evenly dispersed in the air, adsorbing odor molecules in the air, and reacting chemically with odor molecules to decompose, polymerize, replace, replace, and add, causing odor molecules to change their original molecular structure and lose their odor. The resulting products are molecules such as water, oxygen, nitrogen, etc., and then achieve effective deodorization. Due to the absence of any by-products generated by the reaction between plant liquid deodorants and odor molecules, there is no problem of secondary pollution.

The cation exchanger allows cations to pass through, blocking anions. The ions that migrate in a directed manner will reduce salt content, and the compartment close to electricity becomes the ion concentration tank. The desalination process is completely completed in the desalination chamber. In detailed applications, electrodialysis is composed of hundreds of pairs of alternating current membranes, which facilitates systematic processing and improves work efficiency.

The continuous changes in water treatment skills have led to updates in their water treatment equipment. There will be significant differences in the effectiveness of different types of filters applied to water treatment. In the new water filter, The GR series filters have the advantages of high efficiency and simple structure, and their processing speed and pollutant carrying capacity are better than traditional filters.

The anti infiltration skill can be traced back to the 1960s, when specialized institutions were established to conduct research on this skill and equipment. The electric immersion skill is a type of desalination skill, where different types of water contain varying degrees of salt, and salt ions move in the opposite direction under the effect of an electric field. Two ion exchange membranes are inserted into the electrodialyzer, which allow anions to pass freely and block cations.

For printing and dyeing wastewater with high salt content, chromaticity, and chemical oxygen demand, commonly used water treatment techniques such as sedimentation and activated sludge methods have not been able to achieve good purification effects. Simply using the ultrafiltration membrane technology in membrane treatment alone is also difficult to remove small molecule pollutants contained in printing and dyeing wastewater.

The article originates from a deodorant manufacturer http://www.scneng.com.hk