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Bacterial algae symbiosis is associated with
- a)Oxidation pond
- b)Oxidation ditch
- c)Activated sludge process
- d)Aerated
Correct answer is option 'A'. Can you explain this answer?
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Bacterial algae symbiosis is associated witha)Oxidation pondb)Oxidatio...
Bacterial Algae Symbiosis
Bacterial algae symbiosis is associated with oxidation ponds because of the mutually beneficial relationship between bacteria and algae in the treatment process of wastewater.
Oxidation Pond
- In an oxidation pond, organic matter in wastewater is broken down by bacteria through the process of oxidation.
- Algae play a crucial role in oxidation ponds by providing oxygen through photosynthesis, which supports the growth and activity of aerobic bacteria.
Symbiotic Relationship
- Bacteria benefit from the oxygen produced by algae, allowing them to efficiently break down organic matter in the wastewater.
- Algae benefit from the nutrients released by bacteria during the decomposition process.
Benefits of Bacterial Algae Symbiosis
- Enhanced treatment efficiency: The combined activity of bacteria and algae in oxidation ponds leads to effective treatment of wastewater.
- Nutrient removal: Algae uptake nutrients released by bacteria, contributing to nutrient removal from the wastewater.
- Oxygen supply: Algae produce oxygen through photosynthesis, which supports aerobic bacteria in their metabolic processes.
Conclusion
In conclusion, the symbiotic relationship between bacteria and algae in oxidation ponds plays a crucial role in the treatment of wastewater by enhancing treatment efficiency, aiding in nutrient removal, and providing essential oxygen supply for bacterial activity.
Bacterial algae symbiosis is associated with oxidation ponds because of the mutually beneficial relationship between bacteria and algae in the treatment process of wastewater.
Oxidation Pond
- In an oxidation pond, organic matter in wastewater is broken down by bacteria through the process of oxidation.
- Algae play a crucial role in oxidation ponds by providing oxygen through photosynthesis, which supports the growth and activity of aerobic bacteria.
Symbiotic Relationship
- Bacteria benefit from the oxygen produced by algae, allowing them to efficiently break down organic matter in the wastewater.
- Algae benefit from the nutrients released by bacteria during the decomposition process.
Benefits of Bacterial Algae Symbiosis
- Enhanced treatment efficiency: The combined activity of bacteria and algae in oxidation ponds leads to effective treatment of wastewater.
- Nutrient removal: Algae uptake nutrients released by bacteria, contributing to nutrient removal from the wastewater.
- Oxygen supply: Algae produce oxygen through photosynthesis, which supports aerobic bacteria in their metabolic processes.
Conclusion
In conclusion, the symbiotic relationship between bacteria and algae in oxidation ponds plays a crucial role in the treatment of wastewater by enhancing treatment efficiency, aiding in nutrient removal, and providing essential oxygen supply for bacterial activity.
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Bacterial algae symbiosis is associated witha)Oxidation pondb)Oxidatio...
Oxidation pond:
It is also known as stabilization ponds.
The biological treatment that causes stabilization of organic impurities in sewage by symbiotic action due to algae and bacteria in an artificially excavated earthen basin is called an oxidation pond.
Algae in the pond provide oxygen for degradation through photosynthesis and bacteria releases carbon dioxide, ammonia, sulfates, and phosphates after the reaction.
It is an economical treatment requiring 20 – 50 days for complete waste stabilization
The type of mechanism that takes place is aerobic, as exposed to air.
Particles are under suspension.
Followings are the classification of secondary treatment units
It is also known as stabilization ponds.
The biological treatment that causes stabilization of organic impurities in sewage by symbiotic action due to algae and bacteria in an artificially excavated earthen basin is called an oxidation pond.
Algae in the pond provide oxygen for degradation through photosynthesis and bacteria releases carbon dioxide, ammonia, sulfates, and phosphates after the reaction.
It is an economical treatment requiring 20 – 50 days for complete waste stabilization
The type of mechanism that takes place is aerobic, as exposed to air.
Particles are under suspension.
Followings are the classification of secondary treatment units
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Bacterial algae symbiosis is associated witha)Oxidation pondb)Oxidation ditchc)Activated sludge processd)AeratedCorrect answer is option 'A'. Can you explain this answer?
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