Non-combustible exothermic oxidation of a Hydrocarbon

In summary, the conversation discusses the possibility of oxidizing complex hydrocarbons like ethanol or gasoline in a non-combustible but exothermic reaction. The focus is on finding the best catalysts for this type of oxidation. The suggestion is made to google "catalytic combustion of butane/propane" as there are many applications and studies on this topic. The potential of using complex hydrocarbons as primary anodes for fuel cells is also mentioned, but it is noted that this has been tried before with the issue of intermediates poisoning catalysts.
  • #1
Arjun Singh Dogra
I have 2 queries and would be great if someone can lead me to some specific answers -

1. Is it possible to oxidise a complex hydrocarbon like Ethanol or Gasoline in a non-combustible but exothermic reaction?
2. If this kind of oxidation is possible, what would be the best catalysts to achieve the same?

Cheers
Arjun
 
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  • #2
Google 'catalytic combustion of butane / propane' . There are many applications of this in common use and many theoretical studies .
 
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  • #3
Nidum said:
Google 'catalytic combustion of butane / propane' . There are many applications of this in common use and many theoretical studies .
Cool will do.
 
  • #4
Nidum said:
catalytic combustion of butane / propane
Do you think there is a possibility for complex hydrocarbons as primary anode for fuel cells?
 
  • #5
Arjun Singh Dogra said:
Do you think there is a possibility for complex hydrocarbons as primary anode for fuel cells?
Has been tried for a long time.
The problem tends to be that some intermediates of the oxidation poison catalysts.
 
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1. What is meant by non-combustible exothermic oxidation of a hydrocarbon?

Non-combustible exothermic oxidation refers to a chemical reaction in which a hydrocarbon molecule undergoes oxidation without producing flames or fire. This process releases heat energy as a byproduct, making it exothermic.

2. How does non-combustible exothermic oxidation differ from traditional combustion of a hydrocarbon?

Unlike traditional combustion, which involves the rapid reaction of a hydrocarbon with oxygen to produce flames and release energy, non-combustible exothermic oxidation is a slower, controlled reaction that does not produce flames. This makes it a safer and more efficient process.

3. What are the potential applications of non-combustible exothermic oxidation of a hydrocarbon?

Non-combustible exothermic oxidation has potential applications in various industries, including energy production, chemical synthesis, and waste management. It can be used to generate heat and electricity, produce valuable chemicals, and safely dispose of hazardous waste.

4. What factors influence the rate of non-combustible exothermic oxidation of a hydrocarbon?

The rate of non-combustible exothermic oxidation can be affected by several factors, including the concentration of reactants, temperature, pressure, and the presence of catalysts. These factors can alter the speed and efficiency of the reaction.

5. What are the benefits of using non-combustible exothermic oxidation of a hydrocarbon?

Non-combustible exothermic oxidation offers several advantages over traditional combustion, such as improved safety, reduced emissions, and higher energy efficiency. It also allows for the utilization of a wider range of hydrocarbon sources, making it a versatile and sustainable process.

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