PhosphonicS
  • Overview
    • Company & People
    • Investors
  • Technology
    • Chemistry
    • Engineering and Packaging
    • Publications
  • Applications
    • Purification of Small Molecules>
      • Metal Scavenging from APIs>
        • Screening Process
        • Purification Case Studies
      • Organic Scavenging & SPE
    • Recovery of Precious Metals>
      • Key Features and Scale Up
      • PMR Case Studies
    • Immobilised Catalysts >
      • Acid Catalysis
      • Oxidation
      • Cross-coupling
      • Pharmaceutical Applications
  • Products
    • Catalogue >
      • Catalogue PDF
  • Blog
  • Contact

Welcome to PhosphonicS

Who we are


PhosphonicS™ is a privately owned technology company specialising in functionalisation of solid materials.  These materials can be used as metal scavenging and recovery agents, for trace organic impurity removal, or as heterogeneous catalysts.  The key advantage of functionalised solid materials is their ease of manipulation, e.g. simple separation from the rest of the medium by filtration.  PhosphonicS technology allows for a broader range of surface chemistry at a larger scale and lower cost.

We are a solutions focused company. Our chemistry and engineering expertise allow us to tackle a broad range of applications at scale - from the removal of precious metals from chemical, refining and mining streams in the industrial setting to enabling higher purity pharmaceuticals, flavours and fragrances through trace metal extraction. Many of our products are available in tonne quantity off the shelf with extensive supporting product information.  We can also design customised materials for especially difficult or high volume applications.   

Our Technology

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We take a solid support, typically silica, and we attach to this the functionalised group.  It is the functionalised group that does all the work, for example tightly binding a precious metal or acting as a catalyst.  What makes our chemistry unique is the heteroatom and spacer technology, which allows us to attach a much wider range of functional groups to a solid surface than previously available at a much lower cost.    Further, the internal heteroatom and functionality provide multidentate modes of binding- key to successful outcomes in many of the applications.   

In the technology section we explain how we actually accomplish this functionalisation.  In the applications section we show how you can use this technology on your project.  And in the products section we review what materials, services and engineering solutions we have commercially available.