Factory aquaculture equipment circulating water fish farming equipment

Circulating water treatment system equipment is an environmentally friendly water treatment method. With the rapid development of industry, a large number of factory-based aquaculture projects, municipal sewage, swimming pool projects and other aspects require water recycling and comprehensive utilization. In order to achieve the goal of low-carbon emission reduction. Lanling Aquarium has focused on the R&D and production of circulating water treatment, especially aquatic and aquarium-related circulating water treatment equipment, for many years. We have accumulated rich experience in the design of related systems and the improvement of equipment.
. The objects treated by the circulating water system generally contain a large amount of suspended solids or dissolved substances. These substances will have quite adverse effects when discharged into the public environment. Therefore, it is the function of the circulating water treatment system to intercept these pollutants as soon as possible and turn these pollutants into valuables as much as possible.
Circulating water treatment systems generally first include a mechanical filtration part. These devices filter suspended solids out of the water. Frequently used equipment is protein skimmers, microfilters, precision filters and other equipment. Secondly, the circulating water treatment system also has biochemical filtration equipment. These equipment are used to cultivate corresponding microorganisms to decompose and separate dissolved substances in water. For example, in a -℃ environment, nitrifying bacteria will convert toxic substances such as ammonia nitrogen accumulated in the water into non-toxic salts. These bacteria can work long-term once the conditions created by other equipment are suitable and stable. Therefore, the circulating water treatment system also includes temperature control system, sterilization system, automatic monitoring system, power and pipeline system, etc. There is a complementary and enhanced relationship between each subsystem. Only by understanding the functions of each subsystem and enabling them to coordinate and synchronize during operation can we achieve the best results at the lowest cost. Therefore, the factors that affect the cost and final treatment effect should be considered in the design stage of the circulating water treatment system. These influencing factors include:
. How much of the total water body is to be treated
. What is the main goal of the system treatment? For example, swimming pool water is generally required to remove solid particles and soluble matter content in the water to meet the national swimming pool water quality standards. Water treatment for aquaculture or aquatic nursery requires dissolved oxygen, ammonia nitrogen, nitrate, etc. to be within the specified range
. What is the source of the treated water? What is the water quality of the water source?
. How high is the total water exchange rate of the system? and other information. This information determines whether there is a need to raise water levels. Reducing the electrical energy consumption caused by raising the water level as much as possible is the key to reducing the daily operating costs of the entire system.


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. Can achieve circulating aquaculture breeding density and high efficiency
. . Small disease risk
. . Low water consumption and low power consumption
. .The system equipment has been integrated and requires no installation.
.. Reasonable design and easy maintenance.