Can household organic waste become high‑value bio‑LNG with our improved biomethane liquefaction technology?

Using valuable insights from our first plant, to accelerate the scaling of bio-LNG production

At Nordsol, we are committed to transforming biogas into the most sustainable bio-LNG possible. Building on the success of our first plant in Amsterdam, we developed a second small-scale bio-LNG plant in Wilp to further validate and refine our technology. This installation proves that locally sourced household waste can be converted into high-quality bio-LNG efficiently and profitably, paving the way for a cleaner transport future in both heavy-duty road and maritime sectors.

In Wilp, we partner with Attero, one of the largest waste processors in the Netherlands, who supplies biogas derived from regional VFG (vegetable, fruit, and garden) waste. Supported by the European Union’s Innovation Fund (CINEA), the Wilp project demonstrates EU confidence in small-scale, renewable energy solutions and underscores the potential of local circular economies.

On September 11, 2024, Her Majesty Queen Máxima officially opened the plant, underlining the significance of this milestone. The event highlighted how local waste streams can drive sustainable innovation, reduce greenhouse gas emissions, and boost the value of biogas as a viable, low-carbon fuel.

About the plant
  • Location: Wilp, Netherlands
  • Operational since: 2024
  • Bio-LNG capacity: ~2.4 kilotons per year
  • Liquid bio-CO₂ capacity: ~5.0 kilotons per year
  • Feedstock biogas: Household VFG waste from the Apeldoorn region
  • Purpose of bio-LNG: Long-haul, heavy-duty road transport and potential future maritime applications

"This new plant in Wilp produces a truly sustainable fuel from local waste streams. This way of sustainable, home‑grown energy production is particularly scalable, not dependent on fossil resources, and accelerates the energy transition in the hard‑to‑abate transport sector."

Léon van Bossum, CEO & co-founder of Nordsol

The challenge of Nordsol
Scaling and diversifying local bio-LNG solutions

After successfully proving our production process in Amsterdam and optimizing parts of our technology with the knowledge gained there, we took the next step by implementing these improvements in a new setting. In Wilp, we applied this optimized liquefaction installation for the first time. We needed to reconfirm the reliability of our technology, ensure it could adapt to various waste inputs, and demonstrate that bio-LNG can help accelerate the energy transition in both road and maritime transport.

About Nordsol

At Nordsol, we believe in maximizing the value of biogas by producing bio-LNG that is both sustainable and profitable. Our robust, efficient, and scalable technology enables the transition to cleaner heavy-duty long-haul transport and a thriving circular economy.

The challenge of Attero
Extracting maximum value from local waste

As subsidies for biogas-to-electricity diminished, Attero sought a more profitable and sustainable approach. By collaborating with Nordsol, Attero can now transform everyday household waste into premium renewable fuel: bio-LNG. This advancement strengthens the circular economy, supports climate goals, and brings defossilization of long-haul transport one step closer.

About Attero

Attero is a leading Dutch waste processor, converting over 5 million tonnes of waste annually into raw materials, green energy, and compost. With decades of experience and a focus on innovation, Attero accelerates the circular economy and the energy transition. By adding bio-LNG to its portfolio, Attero further enhances its role in building a more sustainable society.

Attero - FirstBio2Shipping

The role of the EU Innovation Fund (CINEA)
Supporting high-impact, low-carbon innovation

The EU Innovation Fund invests in projects that push the boundaries of sustainable technology. Backing the Wilp plant demonstrates the EU’s belief in small-scale bio-LNG production to cut emissions and foster a local, circular approach to energy. This support encourages similar initiatives across Europe, accelerating the transition to cleaner fuels.

About the EU Innovation Fund (CINEA)

The European Climate, Infrastructure and Environment Executive Agency (CINEA) manages the EU Innovation Fund to support innovative, low-carbon technologies. By investing in projects like Wilp, the EU promotes pioneering solutions that help achieve its ambitious climate and energy targets.

“This plant proves that waste is a source of clean energy and new raw materials. Together with Nordsol, we are directly contributing to CO2 reduction and promoting the circular economy in the Netherlands.”

John van Haeff, Organic Business Unit Manager at Attero

Our partnership and approach

The Wilp project exemplifies how close collaboration – between a waste processor, a technology provider, and supportive stakeholders – can build a resilient, sustainable energy model. By integrating Attero’s waste processing expertise with Nordsol’s innovative technology, and benefiting from EU support, the plant reached commercial operation swiftly and effectively.

Bio-LNG production in motion: the Wilp plant

Discover how this bio-LNG plant was built and relive its memorable opening by Queen Máxima. Watch the videos below to see this groundbreaking project in action.

  • Timelapse: Construction of the plant

    Standardized modular design allowed for quick on-site installation of modules constructed in the workshop.

  • Memorable opening by Queen Máxima

    The official opening by Her Majesty Queen Máxima highlights the national importance of sustainable innovation, showing how a community’s organic waste can directly fuel the shift to cleaner transport.

  • Timelapse: Construction of the plant

    Standardized modular design allowed for quick on-site installation of modules constructed in the workshop.

  • Memorable opening by Queen Máxima

    The official opening by Her Majesty Queen Máxima highlights the national importance of sustainable innovation, showing how a community’s organic waste can directly fuel the shift to cleaner transport.

  • Timelapse: Construction of the plant

    Standardized modular design allowed for quick on-site installation of modules constructed in the workshop.

  • Memorable opening by Queen Máxima

    The official opening by Her Majesty Queen Máxima highlights the national importance of sustainable innovation, showing how a community’s organic waste can directly fuel the shift to cleaner transport.

Key achievements of the Wilp project

By collaborating closely, we have demonstrated that small-scale, on-site bio-LNG production from household waste is both technically feasible and commercially viable.

Key achievements include:

  • Scalable technology: Successfully optimizing our process from Amsterdam to Wilp, confirming its flexibility and reliability.
  • Renewable fuel production: Delivering ~2.4 ktons of bio-LNG annually, avoiding more than 7.5 ktons CO₂ emissions from heavy transport.
  • Circular economy in action: Turning household waste into a valuable fuel, fostering local sustainability and economic growth.
  • Flawless commissioning: Applying the expertise we’ve gained in our first plant in Amsterdam to achieve operation in just a few weeks.
  • EU-backed innovation: Validation and support from the EU Innovation Fund encourage further replication and scale-up across Europe.

“The European Commission sees great potential in the Attero and Nordsol bio‑LNG plant. We are closely following developments with interest and enthusiasm.”

Daniel Mes, a member of the Cabinet of European Commissioner Wopke Hoekstra

Future outlook

With the Wilp plant operational, we are positioned to replicate this success elsewhere. Each new installation creates local circular economies, reduces emissions, and drives the transition to renewable fuels. As we continue to refine and scale our technology, we move closer to a future where waste streams power cleaner long-haul heavy-duty mobility on roads and at sea.

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this bio‑LNG plant?

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