Liquid CO2 rivers, lakes or oceans

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In summary, the conversation discusses the possibility of liquid CO2 existing on a planet with 2 Earth radii and 8 Earth masses, an atmosphere of 50 bar with 85% nitrogen, 10% hydrogen, 3% argon, 1% CO2, and 1% other gases, and an average temperature of 280 K/44 F. It is concluded that liquid CO2 would not exist on this planet due to the low partial pressure of CO2.
  • #1
willstaruss22
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Lets say you have planet with 2 Earth radii and 8 Earth masses. The atmosphere is 50 bar and is made up of 85% nitrogen, 10% hydrogen 3% argon, 1% CO2 and 1% other gases. The planets average temperature is 280 K/44 F.

Since CO2 is a liquid at this pressure and temperature would it form rivers, lake or oceans of liquid CO2 mixed with liquid water or will it stay in a gaseous form because of its lower abundance of other gases and the overall density of the atmosphere?
 
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  • #2
At 50 bar and 1% of CO2 partial pressure of carbon dioxide is just 0.5 bar (0.5 atm).
 
  • #3
Borek said:
At 50 bar and 1% of CO2 partial pressure of carbon dioxide is just 0.5 bar (0.5 atm).

OK, Borek. This means that the partial pressure of CO2 is too low, and no liquid CO2 exists.
Correct ?
 
  • #5
janhaa said:
OK, Borek. This means that the partial pressure of CO2 is too low, and no liquid CO2 exists.
Correct ?

Yes.
 
  • #6
Borek said:
Yes.
thanks
 
  • #7
Oh ok thanks I did not know that
 

1. What is liquid CO2 and where does it come from?

Liquid CO2, or liquid carbon dioxide, is a colorless and odorless liquid that is formed when carbon dioxide gas is compressed and cooled. It is a naturally occurring gas that can also be produced through human activities such as burning fossil fuels and industrial processes.

2. How does liquid CO2 affect the environment and living organisms?

Liquid CO2 can have both positive and negative effects on the environment and living organisms. On one hand, it is a natural part of the carbon cycle and is essential for plant photosynthesis. However, excessive amounts of liquid CO2 in the atmosphere can contribute to global warming and ocean acidification, which can have harmful effects on marine life and ecosystems.

3. Is it possible for liquid CO2 to exist in rivers, lakes or oceans?

Yes, it is possible for liquid CO2 to exist in rivers, lakes or oceans under certain conditions. For example, in areas where the atmospheric pressure is high and the temperature is low, such as in polar regions, liquid CO2 can form and collect in lakes or oceans. It can also exist in deep ocean trenches where the pressure is high enough to keep it in liquid form.

4. How does liquid CO2 impact the Earth's climate and temperature?

Liquid CO2 is a major contributor to the Earth's climate and temperature. As a greenhouse gas, it absorbs and traps heat in the atmosphere, causing the Earth's temperature to rise. This can lead to changes in weather patterns, melting of polar ice caps, and other consequences of climate change.

5. Can liquid CO2 be used as a renewable energy source?

Yes, liquid CO2 can be used as a renewable energy source. It can be captured from industrial processes and power plants, and then stored and used as a fuel for various applications. When burned, it releases energy and produces carbon dioxide gas, which can then be captured and recycled, making it a sustainable energy source. However, the production and transportation of liquid CO2 still have environmental impacts and must be carefully managed.

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