Biology, asked by bapuraoboddewar, 10 months ago

What are the uses of algae. Explain in detail. ​

Answers

Answered by Anonymous
13

Answer:

Algae are diverse group of Aquatic that have ability to conduct photosynthesis curtain Algae are famiar of most people for pond scum or the algal blooms in lakes

algae are used for====

1.....algae is Efficient of create biofuel ...

2.. algae can be used for animal feed ....

3... can be used to create vegetable oil ....

4... algae the great human food supplement ....

5.. agae Can function as an energy source ...

Answered by bhupesh1919
6

Answer:#1: Algae Is Efficient to Create BioFuel  

Algae is one of the most efficient sources for creating biofuels, which makes great fiscal sense for many companies looking to increase their biofuel production.  In fact, algae has been known to produce as much as 5,000 biofuel gallons from a single acre in one year.  

#2: Algae Can Use Land That Would Otherwise Go to Waste

Algae is remarkable in the way that it grows because it does not need to take away space from traditional plants such as corn, wheat or beans. Algae can be grown almost anywhere as long as the proper conditions are created. Algae uses water that is not suited for regular crops and facilities can be built on any type of land, making it easy for farmers to farm algae in areas where traditional crops would not do well.  

#3: Algae Can Be Used for Animal Feed  

Algae has a high protein content and can be grown to have an even higher protein content. This helps to make algae ideal as an animal feed. Algae also has numerous micronutrients that can enrich standard animal feed.

 

#4: Algae Can Function As An Energy Source

The goal to create a biofuel has never been closer with algae becoming a real possibility. By extracting oil from the algae, the rest of the algae product can be used to create biofuel that fuels power generation sources. This helps take the pressure off of coal, natural gas and nuclear power. It is a comparable biofuel to hydroelectric and geothermal energy sources.  

#5: Algae Can Be Used To Create Vegetable Oil

Many people think of olives, safflowers and peanuts as ways to create vegetable oils, but algae can also be used to create vegetable oils. In fact, some predict that algae may produce even more vegetable oil than these plants when grown and harvested properly.  

#6: Algae is a Great Human Food Supplement

Unlike other plant foods, algae actually has a complete amino acid profile meaning that it is a complete protein. Algae can support human metabolic processes in ways that typical plants may not be able ti. Algae also has numerous nutrients including minerals and trace elements essential for optimal health.  

#7: Algae Has Fertilizer Properties  

Algae can be used as a fertilizer because it is a living organism. When algae is used as a fertilizer, it quickly begins to break down releasing its abundant nitrogen source. As a result, algae can act as an excellent fertilizer that can be used to help grow crops efficiently.

#8: Algae Is A Productive CO2 Emissions Cleaner

Algae is able to absorb CO2, carbon dioxide, because it needs CO2 in order to grow. As algae grows, it will absorb CO2 at high rates while releasing O2, or oxygen, which can help clean emissions from nuclear power plants and other energy sources releasing CO2.  

#9: Plastics

Algae can be used to create plastics in a bio-friendly and environment friendly way. To grow algae, companies must find sunlight and waste water. In fact, some companies have begun creating environment friendly plastic products with algae such as water bottles and have coined the phrase "green plastics."

#10: Algae and Wastewater Treatment

Algae can be an efficient component when it comes to wastewater treatment. Microalgae culture is currently being used as a tertiary bio treatment step for wastewater treatments. Additionaly it is also equipped with the unique ability to produce biomass. Which can also be used in a multipurpose manner. Algae is fascinating due to its ability to utilize inorganic nitrogen and phosphorus in its growth process.

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