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Can be treated by phytoremediation using specific plants, chemical precipitation, or by using ion-exchange filters.

Heat can be recovered using heat exchangers and utilized for warming facilities or nearby buildings, or dissipated using cooling systems.

Can be treated through constructed wetlands, used to irrigate crops, or recycled back into the aquaculture system after treatment.

Weeds can be mechanically removed, managed through biological control agents, or used for composting or biogas production.

Utilized to extract valuable by-products like fish oil and omega-3 supplements, pet food production, or turned into fish silage.

Can be recovered and reused as a phosphorus source for agricultural fertilizers or treated using chemical precipitation.

Removal by mechanical filtration, settling ponds, or utilization as a soil amendment after treatment and dewatering.

Dead fish can be composted, rendered for fish meal, or used in anaerobic digestion to produce biogas.

Fish offal can be processed into fish meal for animal feed, used for composting, or converted into biogas through anaerobic digestion.

Control through frequent water exchanges, biofiltration, or conversion to less harmful compounds via nitrification.

Can be minimized by optimizing feeding practices; recovery and recycling of uneaten feed; or used in composting or as feed for other organisms.

Requires careful disposal or treatment; can be broken down using advanced oxidation processes or filtered out through activated carbon.

Managed by aeration to increase gas exchange, using plants to absorb CO2 in integrated systems, or chemical absorption methods.

Treatment through nitrification and denitrification in biofilters or using it as a nutrient source in hydroponics or aquaponics systems.