Sending Craft Into Air to Reduce Pollutants

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In summary: It's an incredibly daunting task.In summary, the reasons why you can't send up some craft to eat up all the bad pollutants in our atmosphere are (1) the amount of power needed, (2) the amount of CO2 needed, and (3) the sheer number of craft needed. It is doubtful that we could produce enough clean self-propelling craft to effectively address the CO2-input to the atmosphere from all human industry.
  • #1
Pengwuino
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Hey guys i was wondering about something. What are the reasons as to why you can't send up some craft into the air to eat up all the bad pollutants in our atmosphere? I am sure there are many reasons... but i was just wondering what they were.
 
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  • #2
For starters, any self propelling craft would most likely spit out more pollutants than it could possibly take in (if indeed it could take in any at all).
 
  • #3
What about solar aircraft like the... ugh.. what's that NASA one that's entirely solar powered?
 
  • #4
Pengwuino said:
Hey guys i was wondering about something. What are the reasons as to why you can't send up some craft into the air to eat up all the bad pollutants in our atmosphere?

As was already mentioned, you would need a source of power for the craft that was clean (i.e. didn't make the problem worse). The biggest problem, however, is probably just the raw energy and resources required. Simply "eating" up the components of a gas isn't a simple matter...you'd have to introduce a chemical that reacted with the pollutant and formed something harmless. I'll leave it to the chem people to speculate on what such a chemical might be, but the important thing is that you'd need vast quantities of it. The total mass of the Earth's atmosphere is of order 1019 kg, so that's about 1015 kg of CO2. You'd would need a comparable quantity of the reactant to get the job done.
 
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  • #5
Like i said, helios! Isnt that what its called? The NASA aircraft? They can bury CO2... which means they must have a way to solidify/liquify it... If you could only figure out a way to use electricity or a natural/replishable substance to take out the CO2... man... you'd be a friggen billionaire! I mean if you could figure some sort of craft out... and put the US mass-production capabilities into action and get some European funding... thatd be cool... but eh, pipe dreams i guess.
 
  • #6
Keep on dreaming...Great inventors do that you know?
 
  • #7
I wonder what the problems in getting the CO2 out of the atmosphere are htough... that's what i was hopen to get out of this thread :)
 
  • #8
Whatever the treatment method used, an atmospheric-cleaning craft would just be a drop in the bucket. You would need massive swarms of such crafts to do anything to the atmosphere (and this is assuming the crafts don't generate their own CO2 from fuel consumption). It is doubtful (obviously I have not run the numbers) that you could produce enough of these crafts to overcome the CO2-input rate to the atmosphere from all human industry.

As mentioned above, the CO2 would need to go somewhere. If the crafts collect the CO2 (strip it out of the atmosphere), then you'll need a place to dump what you've collected (a huge volume that will slowly release CO2 back to the atmosphere over time). The other option...destroying CO2...would likely not be economically feasible.

There's a simpler & far cheaper solution...promote more plant growth. Plants can cover the land (a swarm in contact with the atmosphere) and capture CO2 and store it in the form of new plant cells (which will also help capture even more CO2). However, there's still the same problem of having enough plant matter to compensate for the CO2 inputs to the atmosphere (in general, we are increasing CO2 output and decreasing plant coverage).

Another solution...cut down on CO2 generation so the existing "CO2 sink" processes can be more effective.

As a comparison, it can cost hundreds of thousands of dollars cleaning up contaminants in only a few acres of a groundwater aquifer. Now apply that scale to however-many-billions of cubic miles of atmosphere there are.
 

1. How do sending craft into air reduce pollutants?

By using specialized technology, sending craft into the air can help reduce pollutants by directly targeting and removing harmful substances from the air. These crafts can also disperse chemicals that neutralize pollutants, effectively cleaning the air in the surrounding area.

2. What types of pollutants can be reduced by using sending craft?

Sending craft can target a wide range of pollutants, including greenhouse gases, particulate matter, and volatile organic compounds. They can also help reduce pollutants from industrial activities, transportation, and natural sources such as wildfires.

3. How effective are sending craft in reducing pollutants?

The effectiveness of sending craft in reducing pollutants depends on various factors such as the type of pollutant, the technology used, and the frequency of use. Generally, sending craft have been shown to significantly reduce pollutants in areas where they are implemented, leading to improved air quality.

4. Are there any potential drawbacks to using sending craft for reducing pollutants?

While sending craft can be effective in reducing pollutants, there are some potential drawbacks to consider. These include the cost of implementing and maintaining the technology, potential disruptions to air traffic, and the possibility of unintended consequences on the environment.

5. How can sending craft benefit the environment?

In addition to reducing pollutants, sending craft can also have other environmental benefits. By improving air quality, they can help protect human health and support the health of ecosystems. They can also contribute to mitigating the effects of climate change by reducing greenhouse gas emissions.

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