Ethylene
Ethylene (ethylene, H2C=CH2, the IUPAC glossology, ethene)(ethene) A hydrocarbon having carbon two tied up to) by double bond.
It is the simplest alkene.
With colorless gas having a sweet bad smell, it is easy to react with a powerful oxidizer and is flammable again subtly.
I become the polyethylene when I do polymerism by a catalyst.
Reactivity is used as raw materials of various compounds highly.
For example, the acetylene reacts ethylene with Halogen and makes 1,2- the aureole ethane, and I reduce it to its elements with aureole ethene, lithium aluminum hydride in a potassium hydroxide, and it is grown.
I spin-dry ethanol 160 at around 170 degrees Celsius and can get it (dehydration in the molecule).
By the boo car oxidation, I generate acetaldehyde.
As for the volume of production in Japan, 6,882,389t, the industrial consumption are 2,797,858t as an industrial product in 2008 of the ethylene.
I mix a hydrocarbon making naphtha main with steam industrially and understand it for heat at a high temperature of around 800-900 degrees Celsius and I distill a product and separate and produce ethylene.
This plant is called an ethylene plant, and it is the core facilities of the petrochemistry factory.
It is the simplest alkene.
With colorless gas having a sweet bad smell, it is easy to react with a powerful oxidizer and is flammable again subtly.
I become the polyethylene when I do polymerism by a catalyst.
Reactivity is used as raw materials of various compounds highly.
For example, the acetylene reacts ethylene with Halogen and makes 1,2- the aureole ethane, and I reduce it to its elements with aureole ethene, lithium aluminum hydride in a potassium hydroxide, and it is grown.
I spin-dry ethanol 160 at around 170 degrees Celsius and can get it (dehydration in the molecule).
By the boo car oxidation, I generate acetaldehyde.
As for the volume of production in Japan, 6,882,389t, the industrial consumption are 2,797,858t as an industrial product in 2008 of the ethylene.
I mix a hydrocarbon making naphtha main with steam industrially and understand it for heat at a high temperature of around 800-900 degrees Celsius and I distill a product and separate and produce ethylene.
This plant is called an ethylene plant, and it is the core facilities of the petrochemistry factory.