When most people think about plastic recycling, they picture consumer packaging: bottles, bags, food containers. Agricultural plastic rarely enters the conversation. Yet farming operations across the UK and Europe use enormous volumes of plastic film every single season, most of it buried quietly in the waste statistics with little thought given to where it ends up. At Silostop Agri, we believe this blind spot represents one of the most overlooked opportunities in the plastics recycling conversation, and one that the agricultural sector has a genuine responsibility to address.
Silage production is the backbone of livestock farming across Northern Europe. Hundreds of thousands of tonnes of grass, maize, and wholecrop are harvested each year and preserved under plastic film and covers, creating the fermented feed that keeps dairy herds and beef cattle fed through the winter months. The plastic systems that protect this feed are absolutely essential to farm productivity, but they have historically come with a significant environmental footnote. Thick, multi-layers of film that were difficult to clean, harder to sort, and practically impossible to recycle through conventional streams became the norm across the industry. Used once and discarded, this plastic has represented a persistent waste challenge for farmers who often had no clear route to responsible disposal.
That situation does not have to be permanent, and we do not accept that it should be.
Recyclability as a Design Principle, Not an Afterthought
At Silostop Agri, the recyclability of our films and covers has been a deliberate design commitment for over two decades, not a feature added in response to external pressure. Every silage film and secure cover in our range is fully recyclable. This was not the easy path. Designing high-performance oxygen barrier films that also meet the requirements of agricultural plastic recycling schemes demands rigorous material science and a willingness to invest in product development that goes beyond minimum functionality. The result is a product range that delivers outstanding silage preservation, reducing oxidation and clamp losses to protect the nutritional value of the feed, while ensuring the plastic itself has a viable end-of-life pathway.
Critically, our approach also reduces the total volume of plastic entering the system in the first place. We were the first in our sector to introduce a silage film and covering system that reduces overall plastic usage by around 60% compared to traditional methods. Less plastic in, less plastic to recover at the end of the season. This is the circular economy logic that the industry needs to normalise.
Why Agricultural Plastic Matters to the Wider Recycling Debate
Agricultural plastics occupy a peculiar position in the recycling landscape. They are used in vast quantities, they are technically recyclable, and yet collection and recovery rates remain stubbornly low across most markets. The barriers are familiar: films arrive at collection points contaminated with soil, silage, and moisture; sorting infrastructure at many materials recovery facilities is not configured for agricultural film grades; and farmers, particularly smaller operations, lack easy access to take-back or collection schemes.
This is a solvable problem, and it is one that requires collaboration across the entire value chain. Manufacturers have a role in designing products that are compatible with recycling streams and in reducing unnecessary plastic weight. Distributors and agricultural merchants have a role in facilitating collection. Recyclers and waste management operators have a role in developing processing capacity for agricultural film grades. And regulatory frameworks, including extended producer responsibility schemes, have an important role in creating the economic incentives that make collection commercially viable across rural areas where the logistics are inherently more complex.
The UK’s approach to agricultural plastic waste is evolving, and the direction of travel is clear. Producers and brand owners are increasingly being asked to take responsibility for end-of-life outcomes, not just point-of-sale performance. We welcome that accountability. It aligns with how we already think about our products.
The Broader Sustainability Picture
Recyclable plastic is one part of a larger sustainability commitment at Silostop Agri, and it is worth being clear about how the pieces connect. Our films protect silage so effectively that they help farmers maximise the feed value of what they grow on-farm. Every tonne of high-quality silage produced domestically is a tonne of feed that does not need to be imported from overseas, with all the carbon and cost implications that entails. Well-preserved silage also means less spoilage, less waste, and lower methane emissions from deteriorating feed. The environmental case for excellent silage plastic is, paradoxically, an environmental case against unnecessary plastic consumption overall.
This systems-level thinking extends to how we approach our own operations. As part of the Milbank Group, we have made a formal commitment to achieving net-zero across our Scope 1 and 2 emissions by 2030, a target that exceeds current governmental timelines by two decades. Our supply chain decisions, our logistics choices, and our product development pipeline are all shaped by that commitment. We actively report on our progress transparently and are working closely with our supply chain partners to drive down emissions at every stage of the product lifecycle, including our concrete clamp systems where we have introduced cement replacement technology and renewable fuel logistics.
What the Industry Needs to Do Next
The conversation around agricultural plastic recycling has been gaining momentum, but momentum is not enough. The sector needs to move from aspiration to infrastructure. That means investment in rural collection networks, clearer labelling and farmer education on how to prepare plastics for collection, greater standardisation of film grades to make processing more efficient, and stronger collaboration between agricultural input suppliers and the waste management sector.
For manufacturers, the design phase remains the most powerful lever. A film that cannot be recycled should not be entering the market in an era where viable recyclable alternatives exist. We have demonstrated over many years that performance and recyclability are not competing objectives; they are entirely compatible when product development is taken seriously.
Farmers, for their part, are increasingly motivated to do the right thing when the infrastructure exists to support them. The agricultural community understands better than most the importance of environmental stewardship. Their livelihoods depend on healthy land, clean water, and stable climate systems. What they need are practical, affordable, and accessible routes to responsible plastic disposal. Building those routes is a shared responsibility, and it is one that our industry needs to take more seriously.
The circular economy will not close the loop on plastic waste without addressing the agricultural sector. We have the materials, the technology, and the motivation. What is needed now is the collective will to act.
