ODD article

COMPLETELY PFAS FREE PLUNGERS AND SYRINGES

PFAS FREE PREFILLED SYRINGES

lubrigone plungers are made from a (recyclable) TPE specialty compound.

The plungers are manufactured without the coatings commonly related to PFS plungers made from butyl rubber.

These coatings contain PFAS and more specifically CF2/CF3, which pose a serious challenge to the environment.

ECHA defines PFAS as “forever chemicals” because PFAS is almost impossible to break down and studies have shown that it has contaminated rainwater, drinking water and groundwater, and when humans are exposed to and consume PFAS it accumulates in the body and can cause lowered immune system, elevated cholesterol levels, liver damage and various kinds of cancer.

The lubrigone material is biocompatible and therefore does not require a coating to protect against chemicals leaching into and interacting with the drug product.

lubrigone contributes to the global environment by offering primary packaging components entirely free of PFAS coatings.

Both our silicone oil free plungers and our auto disabling devices are PFAS free

lubrigone - prefilled syringe

EU PFAS restriction proposal will not incorporate ‘essential use’

A ban on all per- and polyfluoroalkyl substances (PFASs) being drawn up in the EU will not incorporate essential use criteria – even though the concept was first flagged for the substance group – as it will not be ready in time for the restriction proposal, a European Commission official said today.

Valentina Bertato, policy officer at DG Environment, said at Chemical Watch’s PFAS Global 2022 conference that the PFAS restriction process, led by five European countries, was already underway, but the Commission anticipates essential use criteria being agreed only by the end of the year.

“It is going to be difficult that the final criteria and the final procedure for REACH will be used for the PFAS restriction because that process has already started,” Ms Bertato told the online conference.

“The member states are preparing the dossier, but they cannot take into account criteria that don’t exist.”

Ms Bertato explained that given the mismatch of timelines, the aim to ban all uses of PFASs except essential uses, as stated in the EU chemicals strategy for sustainability (CSS), as well as in a request from the European Parliament and Council, “will have to be adapted”.

Instead, she added, the restriction proposal will have to rely on the existing tools, for example analysing specific uses and considering whether there are safer available alternatives, to determine whether the use is essential or not.

Extract from Chemical Watch post 24. March 2022 by Clelia Oziel, Europe correspondent

ECHA PFAS forever chemicals

Video on the European ban on PFASs prepared by the The Dutch National Institute for Public Health and the Environment (RIVM). Five European states are expected to submit their proposal to restrict all PFASs in the EU by 13 January 2023. Copyright: RIVM.

Effects of PFAS on human health

Effects of PFAS

Typical PFAS exposure pathways

PFAS Cycle

  • US National Toxicology Program, (2016); C8 Health Project Reports, (2012); WHO IARC, (2017); Barry et al., (2013); Fenton et al., (2009); and White et al., (2011).
  • European Environment Agency, Briefing no. 12/2019 – Title: Emerging chemical risks in Europe — ‘PFAS’ – PDF TH-AM-19-014-EN-N – ISBN 978-92-9480-196-8 – ISSN 2467-3196 – doi: 10.2800/486213
    HTML TH-AM-19-014-EN-Q – ISBN 978-92-9480-195-1 – ISSN 2467-3196 – doi: 10.2800/02904

Injecto A/S
Pharmaceutical Packaging
Strandvejen 60, 5.
2900 Hellerup
Denmark

Phone: +45 2785 1000
Email: info@injecto.eu
CVR/Org. No.: DK-38 72 98 88

ADVANTAGES

INJECTO can deliver prefillable syringes and syringe components for ready-to-use liquid injectables

Clean injection systems...
Our components are high-precision injection moulded and can be provided for syringe solutions that are lubrication free, coating free, silicone oil free and baked-on silicone free

Feel free to contact INJECTO for more information


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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 875949