How to break down Dichlorodifluoromethane

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The discussion centers on methods for breaking down chemical bonds, specifically mentioning dissolving metal reduction with Na/NH3, UV photolysis, and thermal methods. A significant warning is issued regarding the decomposition of dichlorodifluoromethane, which can produce phosgene gas, a highly toxic nerve agent, at temperatures above 1000°F. Additionally, the potential release of free chlorine gas under certain conditions is highlighted. Clarifications are made regarding the chemical composition of phosgene, correcting misconceptions about its relation to phosphine and emphasizing its dangers, including the formation of hydrochloric and hydrofluoric acids during decomposition. The overarching theme stresses the importance of safety when handling these substances.
Neutrino98
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Hi people, I was wondering what method could I use to break down such a bond. Thanks for answering
 
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Dissolving metal reduction like Na/NH3, UV photolysis and thermal come to mind.
 
Just a warning on this, as better to be safe than sorry. Please be aware that dichlorodifluoromethane decomposes into phosgene gas--a highly toxic and deadly nerve agent--at temperatures above about 1000 deg. F. Also free chlorine gas can be liberated under the right conditions as well. Please be careful!
 
NeuronsAtWork said:
Just a warning on this, as better to be safe than sorry. Please be aware that dichlorodifluoromethane decomposes into phosgene gas--a highly toxic and deadly nerve agent--at temperatures above about 1000 deg. F. Also free chlorine gas can be liberated under the right conditions as well. Please be careful!

how does that decompose into phosphine? where would the phosphorus come from?
 
pa5tabear said:
how does that decompose into phosphine? where would the phosphorus come from?

I think he said phosgene which is O=C(Cl)2, the fully chlorinated analog of formaldehyde.

It could happen in the presence of oxygen.
 
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