Burning Hydrocarbons with by products

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SUMMARY

The discussion focuses on the potential for creating synthetic hydrocarbons that minimize harmful byproducts during combustion. It establishes that if a hydrocarbon can easily release hydrogen, which is then utilized in a fuel cell, harmful emissions can be avoided. However, traditional combustion methods, including steam reforming of methane, still produce carbon dioxide and monoxide. The conversation emphasizes the need for innovative methods to generate hydrogen while producing solid carbon as a byproduct, which could lead to significant financial opportunities.

PREREQUISITES
  • Understanding of hydrocarbon chemistry
  • Knowledge of fuel cell technology
  • Familiarity with combustion processes and byproducts
  • Insight into steam reforming and its environmental impact
NEXT STEPS
  • Research methods for hydrogen production with minimal byproducts
  • Explore advancements in synthetic hydrocarbon development
  • Study the principles of oxy-acetylene combustion
  • Investigate the economic implications of solid carbon production
USEFUL FOR

Environmental scientists, chemical engineers, energy researchers, and anyone interested in sustainable fuel technologies and reducing harmful emissions from hydrocarbon combustion.

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Would it ever be possible to make a synthetic hydrocarbon that wouldn't produce harmful by products.:redface:
 
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Yes. If the hydrocarbon easily gave up hydrogen and the hydrogen were used to power a fuel cell, no 'harmful' byproducts would be produced. It would be an advantage to be able to recycle the hydrocarbon and reduce it back to the original hydrocarbon.

If the hydrocarbon is simply burned, CO2, CO, aldehydes, NOx compounds, etc. can be produced depending on the equipment used.
 
usually when a pure hydrocarbon is burned you release CO and H2O if you inject pure O2 into the reaction like oxy-acetaline torches
 
When you burn a hydrocarbon, you get water and carbon dioxide if your combustion is complete and your fuel is pure. Thermodynamically, carbon dioxide is a desirable combustion product.
chemisttree said:
Yes. If the hydrocarbon easily gave up hydrogen and the hydrogen were used to power a fuel cell, no 'harmful' byproducts would be produced. It would be an advantage to be able to recycle the hydrocarbon and reduce it back to the original hydrocarbon.
Unfortunately, the most common method of doing that, steam reforming of methane, still produces carbon dioxide and/or monoxide. If you can find a way to generate hydrogen while producing only, say, solid carbon, you will become very rich...
 
russ_watters said:
When you burn a hydrocarbon, you get water and carbon dioxide if your combustion is complete and your fuel is pure.

If you use atmosphere as the source of oxygen, you can also produce NOx compounds... especially in systems that are designed to completely combust hydrocarbon to CO2 (lean burn systems).

russ_watters said:
If you can find a way to generate hydrogen while producing only, say, solid carbon, you will become very rich...

See here:

https://www.physicsforums.com/showthread.php?t=170679
 

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