European Commission Regulation restricting lead in PVC supports circular aims of PVC pipe manufacturers
Aug 21, 2023
TEPPFA welcomes the new European Commission regulation restricting lead usage in PVC products, setting a new standard in environmental responsibility and public health protection. This regulation supports the ongoing efforts of PVC pipe manufacturers to create a more sustainable circular economy.
The European Commission, following approval of the European Parliament and the European Council, adopted the new regulation on 3 May, stipulating a maximum lead content of 0.1% in PVC products. The new regulation creates a level playing field for all PVC pipes on the European market, including imports, and supports ongoing industry work towards a more circular economy.
The current regulation makes the restriction on the use of lead and its compounds in PVC products mandatory, a process which TEPPFA members had already initiated on a voluntary basis in the early 2000s.
Nearly 25 years ago, these PVC pipe manufacturers in Europe voluntarily phased out the use of lead-based stabilisers in the Nordic countries, whilst in the rest of Europe the substitution to calcium zinc or calcium organic based stabilisers was completed more than 10 years ago.
The new regulation provides a 10-year derogation for the use of recycled rigid PVC containing lead in the middle layer of multilayer PVC pipes, excluding drinking water pipes. The recycled material may have a maximum lead content of 1.5%.
Such products must be marked, and the origin of the recycled material must be certified. The new regulation introduces a closed loop recycling obligation for lead containing rigid PVC recyclate from profiles and sheet. TEPPFA PVC pipe manufacturers especially welcome the extension of the transition period of this closed loop recycling obligation until the end of May 2026.
From that date onwards, PVC pipe manufacturers will no longer be allowed to use recycled material containing lead from PVC profiles and sheets for manufacturing multilayer PVC pipes. Today they predominantly use a mix of rigid recycled PVC from profiles and pipes to produce non-pressure multilayer PVC pipes and cable ducts.
Due to the long lifetime of plastic pipes (50 up to 100-plus years) there are insufficient end-of-life PVC pipes available on the market to meet today’s demand. The exceptional three-year transition will allow PVC pipe manufacturers to increase their efforts to extend and intensify the already existing collection schemes for end-of-life PVC pipes.
It will allow PVC pipe manufacturers to deliver on the new TEPPFA sustainability strategy to pave the way for the increased use of recycled content into new piping systems. The use of ‘lead-free’(<0.1%) recycled rigid PVC is excluded from the new restriction. PVC pipe manufacturers can continue to use it irrespective of material origin and with no marking obligations.
Ludo Debever, General Manager of TEPPFA, commented: “The new regulation provides clarity on the future use of rigid PVC recycled material which contains legacy lead and supports greater circular economy. With this regulation the European Commission confirms that the reuse of this recycled content in the middle layer of non-pressure PVC pipes can be done safely without harm to the environment and public health. Our members are currently working on opening up product standards to allow increased uptake of recycled content. Provided the recycled material with the required specifications is available, they can now gradually increase the use of recycled content in multilayer PVC pipes. In this way TEPPFA members contribute to the sector ambition to maximise recycled content in products without compromising on quality and longevity.”
More News and Articles
Aug 28, 2024
News
ITpipes Secures $20M to Transform Water Infrastructure Management
ITpipes announced it has secured $20 million in equity financing from Trilogy Search Partners and Miramar Equity Partners.
Known for its trusted and user-friendly platform, ITpipes …
Aug 26, 2024
News
Professor Dr.-Ing. Dietrich Stein
With deep sadness we announce the loss of our founder and partner Prof Dr Dietrich Stein at the age of 85.
Engineers around the globe are thankful for his dedication to the inventions in the fields of sewers, …
Aug 26, 2024
News
PPI Releases New Installation Guide for PE4710 Pipe
PPI’s MAB-11-2024 Covers HDPE Water Pipelines Up to 60-in. Diameter and 10,000-ft Long Pulls
Developed by the Municipal Advisory Board (MAB) – and published with the help of the members of the …
Aug 23, 2024
News
Faster wide-scale leak detection now within reach
Mass deployment of connected leak loggers is being made possible by the latest technology, writes Tony Gwynne, global leakage solutions director, Ovarro
Water companies in England and Wales are …
Aug 21, 2024
News
Kraken awakens customer service potential in water
The innovative customer service platform Kraken has made a successful transfer from energy to water. Ahead of their presentation at UKWIR’s annual conference, Portsmouth Water chief executive …
Aug 19, 2024
News
Predicting the toxicity of chemicals with AI
Researchers at Eawag and the Swiss Data Science Center have trained AI algorithms with a comprehensive ecotoxicological dataset. Now their machine learning models can predict how toxic chemicals are …
Aug 16, 2024
News
Goodbye water loss: Trenchless pipe renewal in Brazil
Pipe renewal in Brazil
How do you stop water loss through leaks in old pipe systems without major environmental impacts and restrictions? The answer: with trenchless technology, or more precisely …
Aug 14, 2024
Article
Impact of high-temperature heat storage on groundwater
In a recently launched project, the aquatic research institute Eawag is investigating how the use of borehole thermal energy storage (BTES) affects the surrounding soil, the groundwater …
Aug 12, 2024
News
Watercare completes East Coast Bays sewer link
Watercare has successfully finished the final connection on the East Coast Bays link sewer at Windsor Park in New Zealand.
Much of the East Coast Bays sewer link was installed using horizontal directional …
Aug 09, 2024
Article
Innovative water solutions for sustainable cities
Cities need to become more sustainable and use their water resources more efficiently. Managing water in local small-scale cycles is one possible solution. A new white paper by Eawag, the University …
Aug 07, 2024
Article
How digital technologies contribute to universal drinking water
Digital water technologies have an important role in ensuring universal access to safe drinking water by 2030, that is according to a new report from the World Health Organisation. …
Aug 05, 2024
News
Knowledge transfer on sustainable water infrastructure in India
India’s fast-growing cities need an efficient infrastructure for water supply and wastewater disposal. A research cooperation, is therefore supporting the development of a sustainable …
Contact
TEPPFA
Avenue de Cortenbergh 71
1000 Brussels
Belgium
Phone:
+32 2 736 240671