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przesuń w prawo
przesuń w lewo
  • First generation metathesis catalysts


    First generation metathesis catalysts

    R. H. Grubbs, P. Schwab and S.T. Nguyen file a patent application on the first generation ruthenium based metathesis catalysts, which soon become commercially available. 

  • Second generation metathesis catalysts


    Second generation metathesis catalysts

    W.A. Hermann, W. Schattenmann and T. Weskamp file a patent application for ruthenium-based metathesis catalysts incorporating NHC (N-heterocyclic carbene) ligands. The second generation catalysts display enhanced activity and stability, significantly increasing applicability of olefin metathesis in industrial processes.

  • Nobel Prize for metathesis


    Nobel Prize for metathesis

    R.R. Schrock, Y. Chauvin and R.H. Grubbs receive The Nobel Prize in Chemistry for the development of the metathesis method in organic synthesis.
    “With catalytic metathesis the synthesis routers are shorter, giving more product and fewer restproducts. This leads to cleaner and more environmentally-friendly production.” -  The Nobel Prize in Chemistry 2005, press release.
    AP Photo/Fernando Vergara, File.


  • Industrial validation


    Industrial validation

    Boehringer Ingelheim reports the first large scale synthesis of the clinically validated hepatitis C virus inhibitor (Ciluprevir) using metathesis. The new technology proves to be an excellent tool for the synthesis of complex API.

  • Foundation of Apeiron Synthesis


    Foundation of Apeiron Synthesis

    Grela’s research group notices growing interest in metathesis catalysts. A group of researchers decides to use their expertise and meet the increasing demand from the chemical industry – Apeiron Synthesis is founded. 

  • First patent application


    First patent application

    Creativity and curiosity pays off – Apeiron’s scientists develop new catalysts for the pharmaceutical (GreenCat, AquaMet, StickyCat) and polymer (LatMet) industries. The new products quickly find use in major R&D centres.

  • Customised R&D services


    Customised R&D services

    Utilising our metathesis know-how, our R&D team begins assisting industrial clients in projects employing metathesis catalysts. Co-creation services and technical support are aimed at faster evaluation of project’s potential and increasing chances for large-scale implementation.

  • Establishment of a US branch


    Establishment of a US branch

    The growing number of clients from the US market encourages Apeiron’s management to open a branch in Cambridge, MA. Having boots on the ground allows us for direct contact with clients and better understanding of their needs. 

  • New class of CAAC catalysts


    New class of CAAC catalysts

    The desire to constantly improve our products and successfully fulfil the needs of chemical industry is manifested by the development of a new family of CAAC (cyclic alkyl amino carbene) catalysts: UltraCat, UltraNitroCat, and UltraLatMet. The employment of CAAC catalysts significantly reduces the cost of metathesis processes.

  • Launch of production facilities


    Launch of production facilities

    The expansion of our production capabilities marks an important milestone for our company. Apeiron can now offer its products in industrial quantities.

  • First industrial implementation


    First industrial implementation

    Successful cooperation with a pharmaceutical partner results in the selection of the most efficient metathesis catalyst for the synthesis of the desired API. First shipments of our product to an industrial process commence. 

  • Solutions for functional polymers


    Solutions for functional polymers

    Our scientists develop monomer formulations based on latent catalysts to give polymers of unique properties that meet stringent customer requirements. Design of highly tuneable formulations leads to the first industrial implementation in the polymer sector. 

  • Adding value to renewables


    Adding value to renewables

    Our product portoflio is further expanded through the development of the new generation catalysts within CAAC (cyclic alkyl amino carbene) family. Their superior performance in ethenolysis enables economical synthesis of value-added intermediates from renewable feedstocks.