The important role of protein separator in aquarium engineering

An oceanarium or aquarium is an essential element of a modern metropolis. The aquarium project requires a very complex life support system to treat seawater. Its profitability and dynamism are two major characteristics. All marine organisms require the support of circulating water treatment equipment at all times. The dynamic changes in water quality also require constant monitoring with instruments and meters. The marine aquatic life support system equipment, represented by protein separators, plays a very important role here.

Marine museums generally consist of domestication pools, performance pools, reservoirs, display tanks, and other parts. The involved systems include power system, filtration system, sterilization system, lighting and weak current system, etc. All systems are organically combined into a whole, coordinating and restraining each other.

Take an ordinary seal performance pool water treatment as an example, because domesticated seals are quite precious, the requirements for the pool water (seawater) in which they live are very strict. Not only does it require temperature PH、 Suspended solids and other indicators must meet the standards and undergo strict ozone disinfection. However, in the filtering process, relying solely on filtering sand tanks is far from enough. The filtering sand tank can only filter out suspended solids with a diameter greater than 100 microns, and smaller suspended solids require a protein separator for processing. If the pool water has not undergone these physical filtration procedures, excessive suspended solids will scale on the surface of the biochemical filter material, affecting the membrane of biochemical bacteria.