What are the upstream raw materials for n-propionaldehyde? What do the downstream products contain?

I've found that Propionaldehyde is an crucial organic chemical raw material, which is broadly applied in medicine, pesticides, spices, plastics and synthetic fibers. But In the manufacturing process of n-propionaldehyde, its upstream raw materials and downstream associated items are diverse. For example The following will introduce in detail the upstream and downstream associated items of n-propionaldehyde. Upstream raw materials



1. Propylene: Propylene is the main raw material of n-propionaldehyde, which is able to be obtained by oxidation or carbonylation interaction.

2. Synthesis gaseous: Synthesis gaseous(a mixture of carbon monoxide and hydrogen) is able to also be carbonylated to create n-propionaldehyde. Makes sense, right?. Downstream Associated items



1. n-Propanol: n-Propanaldehyde is able to generate n-propanol through hydrogenation reduction interaction, which is an crucial solvent-based products and chemical raw material.

2. Propionic acid: Propionic aldehyde is able to generate propionic acid through oxidation interaction, which is a food additive and medical intermediate.

3. 1,3-propanediol: Propionaldehyde is able to generate 1,3-propanediol through the protection and reduction of aldehyde group, which is an crucial monomer and solvent-based products.

4. Acrylic acid: n-Propionaldehyde is able to be oxidized to create acrylic acid, which is an crucial monomer to the production of polymers and resins. And In fact

5. Propyl acetate: n-Propyl aldehyde is able to be esterified with acetic acid to create propyl acetate, which is a fragrant solvent-based products and fragrance. And In the actual manufacturing process, the upstream and downstream related items of n-propionaldehyde might be greater abundant, depending on the specific manufacturing process and market demand. Understanding the upstream and downstream related items of n-propionaldehyde will help companies to optimize the manufacturing process, enhance the efficiency of resource utilization, and also help to expand the consumption field of n-propionaldehyde and promote the research of related industries.