CYTOP® 366: A Tertiary Phosphine Inaccessible by Most Traditional Hydrophosphination Methods

Author:

Amoroso Dino1,Dyck Jeff1,Jackson Andrew2,Humeniuk Michael1,Kendrick Eleanor3,Melaragni Angelo1,Moser Michael2,Wiater‐Protas Izabela1,Zavorine Serguei1,Markham Jade3ORCID

Affiliation:

1. Phosphorus Specialties, Technology Solutions Syensqo 9061 Garner Road Niagara Falls ON, L2H 0Y2 Canada

2. Research and Innovation Technology Solutions Syensqo 1937 West Main Street Stamford CT 06902 USA

3. Phosphorus Specialties, Technology Solutions Syensqo Trinity Street B69 4LN Oldbury UK

Abstract

AbstractHomogenous catalysis is an essential tool within the commercial manufacture of bulk and fine chemicals. Within this, phosphine ligands, such as tricyclohexylphosphine, otherwise known as CYTOP® 366, are a crucial component. When designing a pathway to your ligand of choice, some key considerations include safety, yield and quality, but at commercial volumes we must also balance cost and consider the technologies readily available. Herein, we report the synthetic route that was chosen to manufacture tricyclohexylphosphine at commercial scale. We also consider, with the use of computational calculations, why traditional hydrophosphination methods failed, where the selected pathway succeeded.

Publisher

Wiley

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