EU Releases Guidelines for New Packaging Regulation (PPWR): In-Depth Analysis of Enterprise Green Transformation and Compliance Challenges

 EU Releases Guidelines for New Packaging Regulation (PPWR): In-Depth Analysis of Enterprise Green Transformation and Compliance Challenges



The draft implementation guidelines for the EU's Packaging and Packaging Waste Regulation (PPWR) have been officially released, providing key operational instructions for the full application of the regulation on August 12, 2026. This draft not only refines core concepts but also clarifies the specific technical standards and compliance paths that enterprises must adhere to.


01

Core Concepts and Key Boundaries


Definition of Packaging: Items and accessories used with products or discarded separately after use for purposes such as containing, protecting, handling, and displaying. Includes single-use packaging, service packaging, integrated components, and accessories.


Manufacturers vs. Packaging Producers: Manufacturers are the entities that actually manufacture packaging or packaged products at the physical level; packaging producers are the entities that first bring packaging to market in a member state and assume extended producer responsibility. The same packaging may be produced by different manufacturers in different countries.


Focus of the Guidelines: Clarifying the division of responsibilities, supply chain traceability, compliance at the design stage, and alignment with recycling targets.


02


PFAS Restrictions: Food Contact Materials and Articles


Implementation Time and Objectives:


From August 12, 2026, food contact materials and articles with excessive PFAS content will be prohibited from being placed on the market; products already on the market will be allowed transitional sales.


Specific Limits:


Single PFAS (non-polymer): < 25 ppb


Total PFAS (non-polymer, including precursor degradation products): < 250 ppb


Total fluoride content: < 50 ppm; if exceeded, technical documentation is required to demonstrate compliance.


Detection and Assessment Path (Guideline-Recommended Three-Step Method):


Step 1: Quantitative analysis of total fluoride; < 50 mg/kg indicates compliance.


Step 2: If total fluoride > 50 mg/kg, use pyrolysis-GC/MS to distinguish between organic and inorganic fluorides; if organic fluoride < 50 mg/kg, compliance is achieved.


Step 3 and Auxiliary Methods: TOP (Total Analysis of Oxidizable Precursors) can be considered to verify compliance with the 25 ppb and 250 ppb limits.


03


Exemption from Recycled Material Content and Future Trends


Exemption Circumstances (Legal Basis: Article 7, Paragraph 5):


Situations where recycled materials are used in food contact plastic packaging but pose health risks are not subject to mandatory exemption;


Exemptions are also granted if the proportion of plastic components in the total weight of the packaging is less than 5%.


Future Trends and Assessment Window:


The Committee plans to assess whether to expand the scope of exemptions by January 1, 2028; adjustments may be made to the exemption conditions, covered materials, and application scenarios at that time.


Corporate Response Strategies:


Based on their own product structure, assess the proportion of recycled materials used and the level of food contact risk. If necessary, optimize compliance costs by improving formulations and increasing the recycling rate.


— END — Shenzhen Lixun Testing Co., Ltd. (LCS), established in 2004, is a nationally accredited third-party laboratory, a national high-tech enterprise, and a specialized and innovative "little giant" enterprise. LCS is committed to providing customers with professional and trustworthy one-stop comprehensive technical services including product testing, certification, training, factory audits, and high-quality overall solutions.


Since its inception, Luxshare Testing Group has strictly adhered to the requirements of ISO/IEC 17025 in establishing and operating its laboratory management system. Headquartered in Shenzhen, China, it has laboratories in Shenzhen Houting, Shenzhen Gongming, Guangzhou, and Suzhou, and branch offices in Guangzhou Huangpu, Zhongshan/Huizhou (Guangdong), Kunshan (Jiangsu), Liuzhou (Guangxi), Qingdao (Shandong), and Songshan Lake (Dongguan). We have laboratories covering categories such as electromagnetic compatibility, radio frequency, network information security, product safety, new energy, energy efficiency performance, reliability, and chemistry, involving products including: IoT, 5G/4G/3G/2G communication terminals, information technology and audio-visual, switch components, smart home, new energy batteries and photovoltaic energy storage, energy storage power supplies, lighting fixtures, new energy vehicles, automotive electronics and components, toys, children's products, food contact materials, textiles, machinery, e-cigarettes, and ships.

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