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Generates ozone to oxidize organic matter and harmful chemicals, further sanitizing and clarifying the water.

Measures oxidation-reduction potential, indicating the water's ability to break down waste products.

Utilizes algae's natural filtration to remove nutrients and purify water, while also producing supplemental oxygen.

Actively absorbs or converts ammonia from the water, which in high levels is lethal to fish.

Allows gravity to settle out heavy particulates before further filtration, extending the life of mechanical filters.

Reduces the concentration of dissolved minerals and other solids to prevent toxicity and imbalances in water chemistry.

Optimizes feeding to reduce waste and increase feed conversion ratio, lowering costs and environmental impacts.

Maintains optimal water temperature for species-specific growth and metabolism rates.

Transforms ammonia into nitrite and then to nitrate, crucial for removing toxic waste from water.

Supplies dissolved oxygen for fish respiration, essential for high stocking densities.

Balances pH levels to prevent stress or harm to fish and to optimize bacterial filtration efficiency.

Circulates water throughout the system, ensuring uniform water quality and temperature.

Uses ultraviolet light to kill harmful microbes and pathogens, securing the health of the aquatic organisms.

Removes organic compounds and fine particulates from the water, improving water quality and reducing nitrogenous waste.

Acts as a reservoir to balance water levels and house various equipment away from the main culture tank.

Provides power and system support in case of failure to prevent fish loss and system crashes.

Reduces nitrates to nitrogen gas, helping to control algae growth and prevent toxicity.

Removes solid wastes like uneaten food and feces, improving water clarity and reducing disease risk.

Carefully calculated fish stocking limits to ensure sufficient resource availability and to prevent overcrowding.