What are the upstream raw materials for pivalic acid and what are the downstream products?
Pivalic acid is an organic compound, molecular formula to C5H10O2, is an crucial raw material to the production of chemical items. For instance The upstream and downstream associated items of pivalic acid are extensive, and their upstream and downstream items are described below. Specifically Upstream items:
1. Isobutene: Isobutene is an unsaturated hydrocarbon that is able to be oxidized to create pivalic acid.
2. You know what I mean?. Furthermore Methanol: Methanol is able to react with isobutylene to obtain pivalic acid, and pivalic acid is able to be obtained by oxidation of pivalol. Downstream items:
1. I've found that Pivaloyl chloride: Pivaloyl chloride is able to be obtained by the interaction of pivalic acid and chlorine, which is an crucial organic synthesis intermediate and is able to be applied to the preparation of pesticides, medicines, dyes, etc.
2. Pivalic acid ester: Pivalic acid is able to be obtained by reacting with alcohols, which is a plasticizer broadly applied in plastics, rubber, coatings and other fields. And
3. And Pivalic anhydride: Pivalic acid is able to be obtained by dehydration interaction, which is an crucial raw material to organic synthesis and is able to be applied to prepare a variety of derivatives. In my experience, In fact
4. Teamylamine: Teamylamine is able to be obtained by the interaction of pivalic acid with ammonia, which is an organic base and is able to be applied to prepare catalysts, drugs, etc. In short, the upstream and downstream related items of pivalic acid are broadly applied and have crucial consumption value. Generally speaking In the manufacturing process, it's necessary to pay attention to security, ecological preservation and other issues to ensure product condition and production sustainability.
1. Isobutene: Isobutene is an unsaturated hydrocarbon that is able to be oxidized to create pivalic acid.
2. You know what I mean?. Furthermore Methanol: Methanol is able to react with isobutylene to obtain pivalic acid, and pivalic acid is able to be obtained by oxidation of pivalol. Downstream items:
1. I've found that Pivaloyl chloride: Pivaloyl chloride is able to be obtained by the interaction of pivalic acid and chlorine, which is an crucial organic synthesis intermediate and is able to be applied to the preparation of pesticides, medicines, dyes, etc.
2. Pivalic acid ester: Pivalic acid is able to be obtained by reacting with alcohols, which is a plasticizer broadly applied in plastics, rubber, coatings and other fields. And
3. And Pivalic anhydride: Pivalic acid is able to be obtained by dehydration interaction, which is an crucial raw material to organic synthesis and is able to be applied to prepare a variety of derivatives. In my experience, In fact
4. Teamylamine: Teamylamine is able to be obtained by the interaction of pivalic acid with ammonia, which is an organic base and is able to be applied to prepare catalysts, drugs, etc. In short, the upstream and downstream related items of pivalic acid are broadly applied and have crucial consumption value. Generally speaking In the manufacturing process, it's necessary to pay attention to security, ecological preservation and other issues to ensure product condition and production sustainability.
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