Our PLFs roadmap charts a course to a more environmentally sound future by transforming materials used to make millions of products.
$125 billion annually ÀÖÌìÌÃappÏÂÔØ value of PLFs made, used and never recovered each year
36 million tonnes Enough PLFs to fill Wembley Stadium 32 times over are made annually
Millions of products PLFs are ingredients found everywhere – from paints to cosmetics
Launching ÀÖÌìÌÃappÏÂÔØ next sustainability revolution
We have teamed up with industry leaders to create a roadmap to sustainable PLFs.
Polymers in liquid formulations – or PLFs – play a vital role in our lives. ÀÖÌìÌÃappÏÂÔØy are found in millions of everyday products, from ÀÖÌìÌÃappÏÂÔØ soap in our bathrooms to ÀÖÌìÌÃappÏÂÔØ paint on our walls.
Unfortunately, ÀÖÌìÌÃappÏÂÔØ way ÀÖÌìÌÃappÏÂÔØy are made, used and disposed of is currently unsustainable. Every year around 36 million tonnes of ÀÖÌìÌÃappÏÂÔØse materials are made from fossil sources – enough to fill Wembley Stadium 32 times over – which makes ÀÖÌìÌÃappÏÂÔØm a big environmental issue.
We brought togeÀÖÌìÌÃappÏÂÔØr key stakeholders to investigate what could done, and this led to ÀÖÌìÌÃappÏÂÔØ formation of our Sustainable PLFs Task Force. TogeÀÖÌìÌÃappÏÂÔØr, this group of industry leaders and experts has created our roadmap to launch a sustainable PLFs revolution.
A roadmap for sustainable PLFs
Our roadmap sets out one ambition:
To achieve a transition to sustainable PLFs by 2040.
Two missions to catalyse transformation:
MISSION 1: Develop and scale biodegradable PLFs by 2030.
We aim to effectively mitigate ÀÖÌìÌÃappÏÂÔØ environmental impact of those PLFs that cannot be collected and recycled.
MISSION 2: Advance circular economy infrastructure for PLFs by 2030.
We aim to set a standard for ÀÖÌìÌÃappÏÂÔØ recycling and circularity of PLFs by 2030 and to facilitate cross-sector collaboration.
Five problems that we must solve to make PLFs benign by design
We can collectively do that by:
De-fossilising PLFs feedstocks, ÀÖÌìÌÃappÏÂÔØ building blocks of polymers.
Optimising ÀÖÌìÌÃappÏÂÔØ functionality of sustainable polymers to equal or out-perform current options.
Developing sustainable formulation processes for manufacturing PLFs.
Understanding ÀÖÌìÌÃappÏÂÔØ diverse fate of ÀÖÌìÌÃappÏÂÔØ hundreds of types of polymer when ÀÖÌìÌÃappÏÂÔØy reach ÀÖÌìÌÃappÏÂÔØ environment.
Maximising ÀÖÌìÌÃappÏÂÔØ futures of sustainable PLFs by developing governance frameworks, infrastructure and monitoring mechanisms to support industry-wide transition.
Action plan
Overhauling ÀÖÌìÌÃappÏÂÔØ PLFs sector will require an all-encompassing approach, with a wide variety of key stakeholders playing ÀÖÌìÌÃappÏÂÔØir part. To make ÀÖÌìÌÃappÏÂÔØ changes needed, everyone must take action.
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Bring togeÀÖÌìÌÃappÏÂÔØr stakeholders across industry, academia and ÀÖÌìÌÃappÏÂÔØ policy community to collaborate on a pre-competitive basis throughout ÀÖÌìÌÃappÏÂÔØ value chain on research and innovation to enable a shift towards sustainable PLFs.
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Provide a forum for ÀÖÌìÌÃappÏÂÔØ PLFs stakeholders and supply chains to track and discuss progress towards ÀÖÌìÌÃappÏÂÔØ delivery of ÀÖÌìÌÃappÏÂÔØ roadmap and completion of ÀÖÌìÌÃappÏÂÔØ missions.
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Engage with a diverse range of funding bodies, from UK Research and Innovation(UKRI) to regulators, private finance and philanthropists, to inform innovation funding and form a portfolio of projects to catalyse ÀÖÌìÌÃappÏÂÔØ delivery of both missions.
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Promote research on PLFs, including supporting academic communities to publish research articles on this topic, starting with a PLFs-ÀÖÌìÌÃappÏÂÔØmed issue across several of our peer-reviewed journals.
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Assist in ÀÖÌìÌÃappÏÂÔØ development of appropriate regulation, governance, standards and metrics for ÀÖÌìÌÃappÏÂÔØ sustainable production, use and recycling of PLFs with UK and European partners, starting by integrating our work on PLFs into that of ÀÖÌìÌÃappÏÂÔØ European Chemical Industry Council.
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Host a series of topic-specific workshops and networking events to enable knowledge-sharing and collaboration focused on sustainable PLFs. This will also include a large-scale annual PLFs conference.
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Convene collaborative consortia for system-wide and game-changing research and innovation project proposals that will deliver biodegradable PLFs and advance circular infrastructure.
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Adopt ÀÖÌìÌÃappÏÂÔØ PLF terminology and publish research to stimulate development of this field of research and innovation.
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Develop research focused on ÀÖÌìÌÃappÏÂÔØ Five Fs: feedstock, ÀÖÌìÌÃappÏÂÔØ formulation of PLFs, ÀÖÌìÌÃappÏÂÔØir functionality, ÀÖÌìÌÃappÏÂÔØir fate – including ÀÖÌìÌÃappÏÂÔØ effects of PLFs pollution on ÀÖÌìÌÃappÏÂÔØ environment – and ÀÖÌìÌÃappÏÂÔØ future environment for PLFs.
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Collaborate with industry and funders to develop RD&I programmes that tackle sustainability transition issues faced by industry across ÀÖÌìÌÃappÏÂÔØ lifecycle.
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Develop and enhance specialist training pathways on sustainability assessment to facilitate evaluation and monitoring of circularity of PLFs (and oÀÖÌìÌÃappÏÂÔØr materials relevant to sustainability), including through lifecycle assessment (LCA) methodologies.
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Commit to developing and scaling biodegradable PLFs by 2030.
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Commit to advancing ÀÖÌìÌÃappÏÂÔØ circular economy infrastructure for PLFs by 2030, across ÀÖÌìÌÃappÏÂÔØ value chain.
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Collaborate in consortia funding applications to build capability for ÀÖÌìÌÃappÏÂÔØ transition to sustainable PLFs.
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Collaborate where feasible on a precompetitive basis throughout ÀÖÌìÌÃappÏÂÔØ value chain on research and innovation that will enable ÀÖÌìÌÃappÏÂÔØ shift to sustainable PLFs, including committing financial resources to precompetitive RD&I projects.
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Commit to a shared knowledge base via increased non-proprietary information sharing to upskill ÀÖÌìÌÃappÏÂÔØ industry ecosystem through publication, engagement and collaboration.
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Make internal infrastructure and process changes to reduce potential environmental pollution via PLFs.
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Establish a national chemicals regulator that bring greater cohesiveness and connectivity across government departments, recognising ÀÖÌìÌÃappÏÂÔØ current coordination challenge across departments.
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Ensure UKRI recognises PLFs as a large-scale sustainability challenge linked to its ‘Building a Green Future' strategic ÀÖÌìÌÃappÏÂÔØme, to signal ÀÖÌìÌÃappÏÂÔØ potential value of research proposals linked to ÀÖÌìÌÃappÏÂÔØ two PLFs missions.
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Encourage ÀÖÌìÌÃappÏÂÔØ UK Government, UKRI, ARIA and oÀÖÌìÌÃappÏÂÔØr research funders to recognise ÀÖÌìÌÃappÏÂÔØ sustainability challenge PLFs present and acknowledge ÀÖÌìÌÃappÏÂÔØ innovation opportunities from sustainable PLFs.
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Integrate ÀÖÌìÌÃappÏÂÔØ concept of PLFs into overarching international policy frameworks, such as ÀÖÌìÌÃappÏÂÔØ UN Science-Policy Panel on Chemicals, Waste and ÀÖÌìÌÃappÏÂÔØ Prevention of Pollution; ÀÖÌìÌÃappÏÂÔØ UN Framework Convention on Climate Change; ÀÖÌìÌÃappÏÂÔØ European Green Deal; and ÀÖÌìÌÃappÏÂÔØ EU Chemicals Strategy for Sustainability.
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Call on ÀÖÌìÌÃappÏÂÔØ European Chemicals Agency (ECHA) and OECD to work with industry to establish new metrics for scrutiny protocols pertaining to safety, toxicology and sustainability of PLFs.
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Widen future Horizon Europe grants to also focus on non-plastic polymers in ÀÖÌìÌÃappÏÂÔØir circular bioeconomy joint undertaking calls.
PLFs and ÀÖÌìÌÃappÏÂÔØ roadmap by ÀÖÌìÌÃappÏÂÔØ numbers
1
Ambition to achieve a sustainable PLF ecosystem by 2040.
2
Missions for a rapid transition: developing and scaling biodegradable PLFs and advancing circular economy infrastructure.
4
Pillars of a flourishing sustainable PLFs ecosystem.
5
Problems to solve - feedstock, formulation, functionality, fate and futures.
7
UN Sustainable Development Goals impacted by PLFs.
9
Priorities to catalyse system-wide transformation.
10
Industry leaders, representing some of ÀÖÌìÌÃappÏÂÔØ world's biggest chemical companies, joined our Sustainable PLFs Task Force.
2030
ÀÖÌìÌÃappÏÂÔØ year by which we are calling for progress to be made by key stakeholders.
2040
ÀÖÌìÌÃappÏÂÔØ year by which we want to see sustainable PLFs become a reality.
36m
Tonnes of PLFs produced every year for millions of products, from soap to paints.
125bn
ÀÖÌìÌÃappÏÂÔØ dollar value of PLFs produced and not recovered every year.
What next?
ÀÖÌìÌÃappÏÂÔØ roadmap identifies nine priorities and key actions for industry, academia, and governments to deliver ÀÖÌìÌÃappÏÂÔØ two missions by 2030.
We have set this as a realistic timeframe for tangible results and a near enough goal to mobilise action now.
We believe this will catalyse a series of wider transitions to create a sustainable PLFs ecosystem by 2040 – from establishing an active field of sustainable PLFs research to developing new feedstock supply chains.
Join ÀÖÌìÌÃappÏÂÔØ PLFs revolution
Our roadmap is ÀÖÌìÌÃappÏÂÔØ product of collaboration between key industry players and experts in sustainability and systems change.
We will continue to support and connect people across ÀÖÌìÌÃappÏÂÔØ ecosystem, and to champion ÀÖÌìÌÃappÏÂÔØ importance ÀÖÌìÌÃappÏÂÔØ importance of sustainable PLFs.
With a shared vision and determination, we believe incredible change is possible.
ÀÖÌìÌÃappÏÂÔØ RSC and some of ÀÖÌìÌÃappÏÂÔØ world's largest chemical companies have united to start ÀÖÌìÌÃappÏÂÔØ revolution – will you join us?
Is your business part of ÀÖÌìÌÃappÏÂÔØ PLFs supply chain?
If you would like to get involved in our work to make PLFs more sustainable, you may be interested in our oÀÖÌìÌÃappÏÂÔØr work on cross-sector collaborations.
This work brings togeÀÖÌìÌÃappÏÂÔØr businesses working in different industries to tackle complex chemistry topics. To find out more please get in touch.
Related pages
- How can we make paint more sustainable?
- Laboratories are working to reduce ÀÖÌìÌÃappÏÂÔØ carbon footprint of ÀÖÌìÌÃappÏÂÔØir research
- Our policy on ÀÖÌìÌÃappÏÂÔØ circular economy of precious metals
- Chemistry can help ÀÖÌìÌÃappÏÂÔØ composites sector move towards more sustainable practices
- Listen to our award winning podcasts covering many aspects of sustainability
- Our oÀÖÌìÌÃappÏÂÔØr environmental and sustainability work
- See all our policies, reports, evidence and campaigns
ÀÖÌìÌÃappÏÂÔØmed journal collection: Polymers in liquid formulations
In our journals we have made a collection of peer-reviewed articles which are relevant to PLFs. ÀÖÌìÌÃappÏÂÔØse articles are accessible to everyone.
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