FrieslandCampina Formed Bio-CNG Transport Alliance
The dairy cooperative partnered with seven transport firms to transition its fleet to renewable biomethane trucks.
Updated on Oct. 6, 2026 in Electric Vehicles
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FrieslandCampina has launched an alliance with seven transport companies to replace conventional milk collection trucks with vehicles powered by bio-CNG. The initiative aims to lower transport emissions and develop a circular value chain across the Netherlands, Belgium, and Germany.
Why it matters
This partnership seeks to decarbonize dairy supply chains by utilizing organic waste. By converting manure into energy, the project creates a closed-loop system for milk collection.
Seven transport companies have joined the alliance to manage milk collection across three countries. Projections indicate that approximately 50% of the transport fleet will transition to bio-CNG vehicles as part of the renewal process.
The players
FrieslandCampina
FrieslandCampina is a major international dairy cooperative headquartered in the Netherlands.
Barver Landmilch
Barver Landmilch is a farm in Lower Saxony that operates a specialized manure-to-biomethane system.
The details
The initiative leverages an on-site manure digester at the Barver Landmilch farm in Lower Saxony, which produces biomethane through anaerobic digestion. This renewable fuel will power the milk collection vehicles as the firms renew their transport fleets.
Timeline
The partnership was formally announced on October 6, 2026.
Roadmap
This project illustrates a broader move within the food industry to integrate renewable energy into heavy-duty logistics. The initiative positions the cooperative as a leader in sustainable supply chain management compared to traditional competitors reliant on fossil fuels.
This shift does not directly impact the price of milk at the supermarket for individual consumers. However, it represents a change in how dairy products are sourced and transported to processing facilities in the region.
The takeaway
Large-scale dairy logistics can significantly reduce carbon footprints by adopting methane-based fuels derived from agricultural waste. Implementing these circular systems requires coordination between farmers and specialized logistics providers.
Further reading
Learn more about sustainable logistics in the Electric Vehicles section.
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