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Scientific Opinion on the capacity of oleochemical processes to minimise possible risks linked to TSE in Category 1 animal by-products

  • Olivier Andreoletti
  • , Herbert Budka
  • , Sava Buncic
  • , John D Collins
  • , John Griffin
  • , Tine Hald
  • , Arie H Havelaar
  • , James Hope
  • , Gunter Klein
  • , James McLauchlin
  • , Christine Mueller-Graf
  • , Christophe Nguyen-Thé
  • , Birgit Nörrung
  • , Maradona Miguel Prieto
  • , Antonia Ricci
  • , Luisa Peixe
  • , John Sofos
  • , John Threlfall
  • , Emmanuel Vanopdenbosch
  • , Ivar Vågsholm

    Publication: Contribution to journalJournal articlepeer-review

    Abstract

    The capacity of specific oleochemical processes including several steps (i.e. bleaching, fat splitting, hydrogenation, concentration, distillation and refinement) in order to minimise possible risks linked to TSE infectivity in tallow including Category 1 animal by-products (ABP) was assessed. Under the new ABP Regulation (Reg. EC No 1069/2009), the use of Category 1 tallow for oleochemical products may be also authorised, if the processes are proved to be capable of sufficiently inactivating any potential risks linked to TSEs. The processes considered in this opinion are based on different treatment steps in different combination, but with respect to infectivity reduction the major contribution derives from hydrolytic fat splitting and hydrogenation, so to obtain fatty acids and glycerol. It is concluded that if the parameters are fully met as declared by the applicant, certain processes can be considered effective in significantly reducing the TSE infectivity in the end products using Category 1 tallow. However, considering the uncertainties on the TSE infectivity reduction in oleochemical products derived from Cat. 1 material, these products cannot be reliably regarded to be free of infectivity and therefore could pose a risk if they entered the food and feed chain
    Original languageEnglish
    Article number1976
    Number of pages26
    JournalEFSA Journal
    Volume9
    Issue number2
    DOIs
    Publication statusPublished - 2011

    Keywords

    • Fat splitting
    • hydrogenation
    • glycerol
    • fatty acids
    • TSE

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