From what I heard most countries don’t allow this chemical to be transported, only produced on site with much safer to transport precursors.
Ethylene is a "colorless and combustible gas used to fumigate some agricultural products, sterilize medical equipment and in the production of other industrial chemicals. The gas is a carcinogen that has been linked to breast, lymphoid, leukemia and other types of cancers."
Ethylene is transported as a cryogenic liquid, which means when it leaks it immediately boils to gas form. Once released it takes 2 to 4 days to break down in the atmosphere. Chlorine takes years.
Maybe some people are assuming the old remark:
"The solution to pollution is dilution."
Chlorine is also a molecule and it was clearly this meaning that the author intended.
Cl2 --> 2Cl
Naw. That reaction requires energy.
Yes. In this case, it's called 'sunlight'.
The results of reaction
Cl2 --> 2Cl
from energy from "sunlight" is reactive and will reverse the reaction and get back to Cl2 or maybe
2H2O + 2Cl --> 2HCl + O2
hydrochloric acid, also very reactive.
It's still Chlorine, reactive and dangerous, destructive and has not broken down.
Yes, the Chlorine may react.
Again, once again, over again, yet again, one more time, the Chlorine will NOT
===>>>"break down"<<<===
Simple. High school science simple.
This whole exchange seems to have nothing, nichts, nil, nada to do with Chlorine or chemistry but just, for whatever reason, arguing just to be arguing.
I'm not interested in the arguing, and I have no more to say about the chemistry.
Like Table salt for example: sodium chloride. Sodium spontaneously ignites in AIR and is explosive in water. Chlorine is highly toxic and poisonous. But you bond the two chemically and you get a stable, safe, delicious flavor enhancer.
Edit: Perhaps I misunderstood your comment. Are you saying that transporting the raw chemicals required to make it on site wouldn’t be any safer to transport?
The precursors are more accurately acetylene and hydrogen chloride. But acetylene can be stored and transported as the solid calcium acetylide (aka calcium carbide), which releases acetylene by reaction with water. So this is potentially easier than you made it sound.