Water plants need to solve many pollutant water sources, shell activated carbon, as an efficient water treatment material, is widely used in the water treatment process. This article will introduce the good methods and skills of using shell activated carbon in water plants to help you better improve the quality of tap water.
First and foremost, it is important to grasp the characteristics of shell activated carbon for standardized applications. Shell activated carbon has high porosity and better adsorption performance than surface. This means that it can effectively absorb organic matter, heavy metals, ** and other pollutants in the water, and improve the purification effect of the water. In order to ensure the best effect, it is advisable to choose shell activated carbon with good quality and uniform particles, and add it according to the dosage recommended by the manufacturer.
Secondly, improving the process flow of the waterworks is an important part of improving the utilization rate of activated carbon in the kernel. First, a comprehensive understanding of the characteristics of water quality, including the types and concentrations of pollutants in the water. According to the characteristics of water quality, activated carbon can be scientifically designed to add points or processes. Common addition points include coagulation sedimentation tanks, filtration tanks, and piping. In addition, the contact time of activated carbon is also very critical, and the contact time should be clear according to the actual situation and target requirements, and can generally be improved by increasing the number of contactors and adjusting the water flow velocity.
In daily work, attention should be paid to the maintenance and replacement of shell activated carbon. Activated carbon will gradually be saturated during use, and regular maintenance is required after adsorption saturation to ensure the effect of water treatment. It is generally recommended to reshape and replace the shell activated carbon offline at regular intervals. Offline remodeling usually includes cleaning, desorption, reengineering and other steps, which can effectively increase the service life of shell activated carbon and reduce maintenance costs.
In addition, the use of shell activated carbon should be accompanied by consideration for collaboration with other water treatment processes. For example, common coagulation, flocculation, accumulation and other processes can be used together with shell activated carbon to closely cooperate to improve the efficiency of water purification. In addition, we should pay close attention to the changing trend of water, and correct the scope of application of shell activated carbon in time to cope with the change of water quality.
In short, the good ways and methods of using kernel activated carbon in water plants must be considered from many aspects, including selecting the appropriate kernel activated carbon, improving the production process, and effective maintenance and replacement. Only by understanding this critical point can we ensure the best application of kernel activated carbon and improve the purification of tap water.