AER-USA - Model PROTOS -Protos High-Efficiency Protein Skimmer
The Protos high-efficiency protein skimmer employs pioneering Aspirated Gas Injected Flotation (AGIF) technology to enhance water purification processes. This system injects air or gas as microbubbles into the water, creating turbulence to facilitate the separation and extraction of various contaminants, including bacteria, algae, oils, grease, and both organic and inorganic materials. The electrically activated bubbles attract and elevate solid particles to the water's surface for removal. Protos manages water flows between 10-18 cubic meters per hour, with adjustable air capacity for differing operational needs. It effectively reduces Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD), preventing toxic slag and inhibitory particle buildup. Furthermore, it allows the induction of gases like oxygen, ozone, or carbon dioxide, enhancing its adaptability for closed-circuit systems. By enabling the introduction of liquid treatments like flocculants and surfactants, Protos sustains a clean, uninterrupted treatment process.
Protos is an advanced high-efficiency protein skimmer that utilizes Aspirated Gas Injected Flotation (AGIF) technology to enhance water quality. This innovative system injects air or gas as microbubbles directly into the water, creating turbulence that allows for the efficient separation and removal of a wide range of contaminants, including bacteria, algae, oils, grease, and both organic and inorganic materials. The bubbles, electrically activated, attract and lift solid particles to the water's surface, facilitating their removal.
The system is capable of handling water capacities ranging from 10-18 cubic meters per hour and features adjustable air capacity to accommodate different operational needs. Protos not only effectively reduces Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) but also prevents the accumulation of toxic slag and inhibitory particles.
In addition to its primary functions, Protos offers the flexibility to introduce gases like oxygen, ozone, or carbon dioxide, as well as various liquid treatments such as flocculants and surfactants through saturation or induction. This feature makes it particularly suitable for closed circuit systems. The foam produced by the system is liquefied and efficiently evacuated, ensuring a clean and continuous water treatment process.