- #1
John Lutz
- 5
- 0
- TL;DR Summary
- Reducing the polymer Styrene to inert solids.
If you remove (seperate) all 8 hygrogens of atypical polymer Styrene. Does is make both inert Carbon and inert Hydrogen?
Thank you!
John
Thank you!
John
In summary, separating all 8 hydrogens from atypical polymer styrene does not result in inert carbon or hydrogen. Both elements are easily reactive and can be separated by mixing with oxygen and applying heat. Alternatively, a Maxwell's Demon could potentially remove the atoms individually, but this is not a practical method.
- #2
jrmichler
Mentor
- 2,241
- 2,995
There is no such thing as inert carbon or hydrogen. They both react easily with a number of other elements.
The easiest way to separate the atoms is to mix with oxygen, then add some heat to initiate the reaction. The resulting CO2 and H2O are as separated as you are going to get without a lot of added energy and equipment.
Unless you have access to a Maxwell's Demon, and can persuade it to reach in and pluck the atoms out one at a time.
That's providing that the demon is strong enough and is provided with an external source of energy.
The easiest way to separate the atoms is to mix with oxygen, then add some heat to initiate the reaction. The resulting CO2 and H2O are as separated as you are going to get without a lot of added energy and equipment.
Unless you have access to a Maxwell's Demon, and can persuade it to reach in and pluck the atoms out one at a time.
That's providing that the demon is strong enough and is provided with an external source of energy.- #3
John Lutz
- 5
- 0
Yes, oxidatively will work over time. The facilities to house the Earth's polysterene (the polymer of the monomer styrene) would be insane. Hydrogen by itself would serve as an excellent fuel.
1. What is styrene?
Styrene is a colorless liquid hydrocarbon compound that is commonly used in the production of plastics and rubber products. It is also found naturally in some plants and foods.
2. How is styrene converted to inert hydrogen and inert carbon?
Styrene can be converted to inert hydrogen and inert carbon through a process called pyrolysis. This involves heating the styrene to high temperatures in the presence of an inert gas, such as nitrogen, to break down the chemical bonds and form the desired products.
3. What are the properties of inert hydrogen and inert carbon?
Inert hydrogen and inert carbon are both non-reactive and stable elements. Inert hydrogen is a gas at room temperature and is commonly used as a protective gas in industrial processes. Inert carbon, also known as carbon black, is a fine powder that is used as a reinforcing agent in rubber and plastic products.
4. What are some applications of inert hydrogen and inert carbon?
Inert hydrogen and inert carbon have a wide range of applications. Inert hydrogen is used in the production of ammonia, methanol, and other chemicals, as well as in welding and metalworking processes. Inert carbon is used in the production of tires, rubber products, and as a pigment in inks and coatings.
5. Are there any potential hazards associated with the conversion of styrene to inert hydrogen and inert carbon?
The conversion of styrene to inert hydrogen and inert carbon involves high temperatures and the use of potentially hazardous chemicals. Proper safety measures and equipment should be used to prevent any accidents or exposure to harmful substances. It is important to follow proper handling and disposal procedures for these materials.
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