INDEPENDENT SCIENTIFIC STUDY DEMONSTRATES PFAS IS NOT IDENTIFIED OR LEACHED IN IPACKCHEM ADVANCED IN-MOLD FLUORINATED CONTAINERS
PR97778
PARIS, Sept. 13, 2022 /PRNewswire=KYODO JBN/ --
An independent study designed and overseen by Environmental Standards, Inc. and
conducted by Pace Analytical Services LLC found that no PFAS were identified or
found to leach into the contents of IPACKCHEM's proprietary Advanced In-Mold
Fluorinated (IMF) containers.
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"This study confirms that IPACKCHEM's Advanced IMF barrier process creates
packaging that is safe, secure and sustainable, and is a solution to PFAS
leaching from fluorinated containers. We believe our technology and process
can help deliver the benefits of fluorinated HDPE packaging while safeguarding
public health and protecting the environment," said JP Morvan, chief executive
officer of IPACKCHEM.
In March of 2021, EPA (
) found that certain HDPE containers posed the risk of leaching PFAS into the
contents of the containers. EPA's study confirmed that it detected eight
different PFAS from the fluorinated HDPE containers, with levels ranging from
20-50 parts per billion.
Since then, EPA (
) has noted that fluorination processes that use fluorine gas without the
presence of oxygen can reduce the risk of PFAS formation. In addition, the FDA
(
) has authorized the use of barrier technology containers for food use only
when the fluorination of the containers is done via manufacturing processes
that use nitrogen.
IPACKCHEM's proprietary Advanced IMF process uses a dilute mixture of Fluorine
in Nitrogen that reacts with only the inner surface of the container to create
a barrier to chemical migration, ensuring product integrity and purity.
The Pace Advanced IMF Container Study Findings
The independent study, a summary (
) of which was released today, was conducted by scientists at Pace Analytical
Services with the testing designed and overseen by Environmental Standards, a
specialized chemistry consultancy with significant experience in these types of
testing.
- The study was conducted using a highly robust process with multiple
samples, an aggressive solvent and longitudinal testing over varied timeframes.
- The study evaluated whether any of 19 target PFAS compounds(1) were found
in a methanol solvent after one to three months exposure, for the different
types of containers that were commercially available outside the United States.
- None of the target PFAS was detected in the samples from the IPACKCHEM
Advanced IMF containers at or above the Limit of Quantification (LOQ).
The study was conducted through a contract with Steptoe & Johnson and funded by
IPACKCHEM.
"We believed it was important to subject our Advanced IMF industrial containers
to scientific testing to determine if they performed safely and consistent with
our highest standards. We are gratified by the results of that testing, which
can give users confidence that they can use our containers safely," Morvan said.
IPACKCHEM
IPACKCHEM was founded three decades ago with the mission to improve the
handling of specialty chemicals from both an environmental and safety
standpoint. It has since grown to become a global leader in high performance
plastic packaging and now serves customers from production locations in four
continents.
At its inception, IPACKCHEM introduced innovative rigid plastic packaging
products with barrier properties to ensure the safe transportation, storage and
handling of chemicals used in crop protection, animal health, flavors &
fragrances, pharmaceuticals and laboratory applications.
IPACKCHEM's rigid barrier plastic containers meet stringent procedural quality
controls and are certified by the United Nations for transport of hazardous
goods.
IPACKCHEM's proprietary packaging solution with Advanced IMF barrier technology
is 100 percent recyclable and can also be manufactured using a high percentage
of post-consumer recycled content (up to 50%).
(1) The Study was designed to test for 19 PFAS compounds, a group that includes
the 8 PFAS compounds that were detected in the US EPA studies.
Contact:
Claire Parker
claire@cbcommunicationsllc.com
Victor Lusvardi
victor.lusvardi@ipackchem.com
Source - IPACKCHEM
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