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EU inks deal to ban single-use plastic for fruit and veg

The EU wants to reduce packaging by 5% by 2030 and 15% by 2040 and wants all packaging to be recyclable by 2030.

The EU has agreed on a provisional deal to create a new law to cut packaging waste and ban single-use plastics such as those used for supermarket fruit and vegetables.

Negotiators from the European Parliament and Belgium, which holds the six-month rotating EU presidency, agreed yesterday (4 March) on targets to reduce packaging by 5% by 2030 and 15% by 2040 and that all packaging should be recyclable by 2030.

The EU said the deal, which will need to be ratified by the European Parliament and EU governments, is necessary because “even though recycling rates have increased in the EU, the amount of waste generated from packaging is growing faster than the amount recycled”.

It added: “Over the past decade, the amount of packaging waste has increased by nearly 25% and is expected to increase by another 19% by 2030 if no action is taken. For plastic packaging waste, the expected increase is 46% by 2030.”

The bloc generated 188.7 kilograms of packaging waste per inhabitant in 2021 – 10.8 kg more per person than in 2020.

The EU proposed a revamp of rules governing packaging waste two years ago, largely because of those increases, driven partly by the rapid increase in online shopping and the proliferation of ‘grab and go’ products.

If the new rules are ratified, they will replace the existing directive, which was first adopted in 1994 and has been revised several times.

Items affected will include sauce sachets and disposable plates, cups and boxes used by fast food restaurants.

There will also be a ban on “forever chemicals” (per- and polyfluorinated alkyl substances or PFASs) in food contact packaging.

European MP Frédérique Ries, who was involved in the negotiations, described the deal as a “great victory for the health of European consumers”.

Last month, the European Commission, the EU’s lawmaking arm, launched a consultation process on a proposed ban of the use of the Bisphenol A (BPA), a chemical used in food and drink packaging.

This followed findings from the European Food Safety Authority (EFSA), which indicated a “concern for human health”.

In the provisional deal announced yesterday, the EU also wants to up re-use targets, such as 10% for takeaway packaging and for drinks containers, except those for wine or milk.

In its statement announcing the deal, the EU said: “The proposal considers the full life-cycle of packaging. It establishes requirements to ensure that packaging is safe and sustainable, by requiring that all packaging is recyclable and that the presence of substances of concern is minimised.”

It added: “In line with the waste hierarchy, the proposal aims to significantly reduce the generation of packaging waste by setting binding re-use targets, restricting certain types of single-use packaging and requiring economic operators to minimise the packaging used.”

The new rules exempt micro-enterprises from attaining the targets it has set out.

The campaign group Zero Waste Europe welcomed what it described as “good steps”, especially in relation to the chemicals used in food packaging.

Dorota Napierska, its toxic-free circular economy policy officer, said: “This will hopefully also send a clear message to food packaging manufacturers that all other substances of concern that we currently find in food packaging should also be eliminated in the coming years.”

But, on a less positive note, the organisation expressed its “deep concern with some worrying exemptions” to the benefit of paper-based and composite packaging applications.

Meanwhile, Philippe Binard, general delegate of industry association Freshfel Europe, told industry title Fruitnet the ban was poorly conceived, discriminatory and probably illegal.

“We don’t see a reason to ban packaging for fruits and vegetables, specifically not plastic packaging for fruits and vegetables,” he said, suggesting there will be legal challenges to the move.

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Assessment of carbon green bonds for bioplastics in replacement with single-use plastics

The production and reuse of bio-based raw materials and inputs, as well as the manufacture of the resulting bioplastics, have become very attractive projects for collaborative financing and investment through green carbon credit programmes.

Green bond programmes offer a valuable opportunity to support sustainable initiatives that promote carbon emission reductions and the circular economy. By investing in bioplastics projects, they drive the development of innovative and environmentally friendly solutions, creating a more sustainable future.

Within the wide range of bioplastics, bio-based plastics from renewable biomass are particularly relevant due to their ability to biodegrade in various environments, such as soil, sea, water and home composting.

These projects aim to replace unsustainable single-use plastics, such as packaging and special agricultural films, with green solutions that meet environmental and sustainability objectives.

Packaging products include rigid items such as containers, cartons, boxes and trays, as well as flexible items such as films, bags of different types and uses.

In agriculture, bioplastics play a key role, with biodegradable agricultural mulch being the most widely used for solarisation, mulching and weed control. Greenhouse films, silage bags, bale wraps, seed tapes, seedling containers, nursery pots, hoop greenhouses, high tunnels and grafting bags are also used.

By 2050, the combined emissions from plastic production and incineration could reach a
significant 2.8 gigatons of CO2 per year, equivalent to the emissions from 615 large coal plants.

Emissions will continue to accumulate in the atmosphere over time. Notably, plastic production contributes to approximately 3.8% of global GHG emissions, and a significant portion, up to 50%, is attributed to single-use plastics.

BIODEGRADABLE MULCH VS. PLASTICS
Worldwide, plastic mulch consumption is 4 million tons per year, contributing to 24 million tons of CO2-equivalent annually. In contrast, the consumption of biodegradable mulch is currently only 5% of this, at 160,000 annual tons. However, by 2027, global bioplastics production is expected to triple to 6.3 million tons, with agricultural bioplastics and biodegradable mulch growing the most, reaching 441,000 annual tons and avoiding over 2.7 million tons of CO2-equivalent yearly.

In 2022, global biodegradable mulch market size was approximately USD 45.29 billion in 2022 and is expected to reach USD 99.97 billion by 2032, growing at a CAGR of 8.24% from 2023 to 2032. The United States market for biodegradable mulch films was valued at USD 44.7 million in 2022.

LIFE CYCLE COMPARISON AND CARBON FOOTPRINT REDUCTION
Bio-based bioplastics offers a sustainable alternative to traditional single-use plastics such as plastic mulch. From extraction to disposal, conventional plastics contribute significantly to GHG and carbon footprint emissions. In contrast, bioplastics made from renewable biomass and industrial waste by-products not only reduces emissions but also contributes to a circular bioeconomy.


End-of-life stages and system boundaries for biodegradable mulch and plastic mulch films

The raw materials used for bioplastics, such as plants, organic waste products, and microbial biomass, sequester carbon during growth, resulting in a neutral or negative carbon footprint. When bioplastics are produced using renewable energy sources, its environmental impact is further reduced.

Switching to bio-based bioplastics through green bond financing can help meet climate change targets and mitigate the negative impacts of single-use plastics. These bioplastics not only reduce emissions, but also promote carbon sequestration as they biodegrade in the soil. Thistransition aligns with the principles of a circular economy, reducing waste and maximizing resource efficiency.

ENVIRONMENTAL BENEFITS OF SUBSTITUTING SINGLE-USE PLASTICS WITH BIOBASED BIOPLASTICS

      1. Bio-based bioplastics use bio-based carbon, contributing to a cleaner climate.

      1. Bioplastics store and fix captured carbon (carbon farming), aiding in sequestration.

      1. Compost and biodegradation return soil carbon and diverts organic waste from landfills.

      1. Bioplastics have a carbon-neutral or negative footprint.

      1. Single-use plastics contribute to GHG emissions whereas bio-based bioplastics reduce them.

      1. Substituting plastics with bioplastics aligns with climate change mitigation targets.

      1. The transition to bioplastics promotes a circular bio-economy.

    ECONOMIC GROWTH POTENTIAL
    Market Growth: The global market for biodegradable mulch and bioplastics is expanding rapidly, with significant potential for investment returns.
    Sustainable Finance: The financing of bioplastic’s production is in line with sustainability and environmental objectives, making it an attractive option for green bonds.

    INVESTMENT OPPORTUNITIES
    Research and Development: Investment in research and development can reduce production costs and improve bioplastic’s sustainability.
    In summary, green bonds can be an effective way to finance projects that replace conventional single-use plastics with bio-based bioplastics. These bioplastics not only reduce GHG emissions and carbon footprint, but also contribute to a more sustainable and circular economy. Their raw materials have already contributed to a carbon-neutral or carbon-negative footprint during their growth, making them an environmentally responsible choice.

    1. Gülşah Yilan et al. Evaluating and managing the sustainability performance of investments in green and sustainable chemistry: Development and application of an approach to assess bio-based and biodegradable plastics, Current Research in Green and Sustainable Chemistry, Volume 6, 2023.
    2. Comments on biobased plastics, www.european-bioplastics.org.

    Dr. Jose Pedro Irigoyen, Ph.D.
    Product Development
    jose@nosoyplastico.com

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    EU Evaluates Inclusion of Soil-Biodegradable Mulch Films in Fertilising Product Regulations

    Dr Steven Brennan

    The EU may potentially update its Fertilising Products Regulation to include soilbiodegradable mulch films, revolutionizing sustainable agriculture and reducing
    microplastic accumulation.

    With plastic pollution being a significant concern for our planet’s ecosystems, the European Union is currently considering integrating certified soil-biodegradable mulch films into its Fertilising Products Regulation (FPR), promising to enhance sustainable farming practices across member states.

    The Rising Demand for Sustainable Crop Production
    Mulch films, used extensively in crop production, are the second-most-consumed plastic form in European agriculture. Conventional plastic films pose environmental risks due to challenges in their retrieval, recycling, and reuse. In contrast, soil-biodegradable plastics are designed to decompose in the soil after harvest, without necessitating collection, providing both agronomic benefits and an eco-friendly solution.

    A Step Towards Bioeconomy in Agriculture
    The potential inclusion of soil-biodegradable mulch films in the FPR aligns with the EU’s commitment to fostering a sustainable bioeconomy, particularly within the agricultural sector. To facilitate this, the European Bioplastics (EUBP) organization has presented a position paper advocating for the integration of these biodegradable solutions into EU regulations, affirming their environmental benefits and compatibility with existing farming practices.

    Setting Standards for Biodegradable Polymers
    Currently, the EU FPR does not cover plastic mulches but outlines the need to assess the possible inclusion of biodegradable mulch films under «component material category» (CMC) 9 by July 2024. This category encompasses polymers apart from nutrient polymers. A study led by AIMPLAS, a member of EUBP, is underway to establish biodegradability criteria for these films across EU soils and aquatic environments. Successful registration of soil-biodegradable films in the FPR is contingent upon the adoption of these criteria and materials compliance.

    Source: https://www.useforesight.io/news/eu-evaluates-inclusion-of-soil-biodegradable-mulchfilms-in-fertilising-product-regulations