The infrastructure for agricultural waste management in France is facing a paradoxical crisis: while the volume of collected materials is rising, the actual capacity to recycle them is shrinking. Adivalor, the organization responsible for managing these waste streams, has successfully expanded its reach to nearly 300,000 farms, yet We see now grappling with a systemic bottleneck in European processing capabilities.
This tension highlights a critical gap in the circular economy. For years, the focus remained on the “first mile”—getting farmers to sort their plastics and deliver them to collection points. Now, the industry is discovering that the “last mile”—transforming that waste back into usable raw materials—is where the system is fracturing. The result is a mounting backlog of waste and a reliance on energy recovery over true recycling.
The scale of the operation is significant. Through a network of 8,500 collection points primarily managed by cooperatives and traders, Adivalor has moved from treating a single type of waste in 2001 to managing 25 different streams today. But, as Ronan Vanot, Director General of Adivalor, noted on March 30, 2026, the challenge has shifted. It is no longer about how many farms are participating, but about the efficiency of the collection rate and the viability of the recycling outlets.
The Logistics of Agricultural Waste
The current system operates on a tripartite responsibility model. Farmers handle the sorting at the source, distributors manage the collection, and industrial producers fund the entire process through an eco-contribution. Adivalor acts as the central nervous system, coordinating the logistics and overseeing the final treatment of the materials.
While the system is highly effective for high-volume plastics used in livestock and market gardening, it struggles with “complex” waste. These are materials that often linger on farms for years because they are difficult to transport or process. Recent efforts have seen the integration of animal nutrition packaging, including polystyrene and multi-material sachets, which are notoriously difficult to break down.
The current distribution of treated waste reveals the limits of existing technology:
| Treatment Method | Percentage of Waste |
|---|---|
| Recycling | 90% |
| Energy Recovery | 8% |
| Landfill | 2% |
Despite the high recycling percentage, the organization is forced to rely on energy recovery for a segment of its waste. As Ronan Vanot stated, “Nous sommes obligés de faire de la valorisation énergétique, car certains déchets n’ont pas encore de solution de recyclage.”
A Shrinking European Processing Capacity
The most pressing threat to the collecte des déchets agricoles is the erosion of industrial capacity across Europe. Between 2023 and 2025, Europe lost approximately 10% of its recycling capacity, representing a deficit of roughly one million tonnes. This decline has left several streams—most notably agricultural netting—without any viable recycling solutions.
This lack of processing power has led to an abnormal accumulation of inventory. Current stocks are sitting at 35%, compared to the usual 25% for this period. This buildup puts immense pressure on operators and creates a logistical logjam that threatens the fluidity of the entire chain.
the “circularity” of the recycling is often incomplete. Much of the recycled agricultural plastic is diverted into the construction sector (BTP) rather than returning to the agricultural sector. The ultimate goal is “closed-loop” recycling—essentially creating a novel bottle from an old bottle—but the technical and economic barriers to achieving this remain high.
Economic Paradoxes and Future Outlook
The efficiency of the system varies wildly depending on the material. While bulk plastics are well-managed, smaller or more cumbersome items remain problematic. Collection rates for agricultural twine and netting are significantly lower, sitting at 40% and 60% respectively. Paper packaging too remains under-recovered.
The economic viability of recycling is inextricably linked to the price of raw materials. When virgin plastic is cheap, recycled plastic struggles to compete. However, a recent rise in the price of virgin plastics has provided a modest boost to the competitiveness of recycled materials, creating a potential window for market recovery.
There is also a growing regulatory push from the European Commission and national governments. Upcoming mandates regarding “incorporation obligations”—which would require manufacturers to use a minimum percentage of recycled content in new products—could provide the guaranteed demand necessary to justify investing in new recycling plants.
For Adivalor, the immediate priority is to navigate this period of economic tension. The organization is currently studying further expansions to include vegetable seed packaging and long-life plastics, but these ambitions depend entirely on the restoration of European processing capacities.
The next critical phase for the industry will be the implementation of these EU incorporation mandates, which will determine whether the market for recycled agricultural plastics can move from a precarious state to a sustainable industrial standard.
We invite readers to share their perspectives on agricultural sustainability and waste management in the comments below.
