Across Europe, the materials and chemicals sector faces intense pressure to decarbonize while meeting rising demand for sustainable products. Traditional polymer production remains heavily dependent on fossil feedstocks, making it one of the most emissions‑intensive industrial processes. As industries accelerate their transition to cleaner value chains, the need for scalable, commercially viable fossil‑free plastics has become urgent.

Vioneo set out to address this challenge by developing the world’s first industrial‑scale plant producing fully fossil‑free plastics from green methanol, which is a transformative step toward reshaping the €5‑trillion European chemicals and materials market. The project required pioneering engineering, integrated design, and a partner experienced in delivering large‑scale, first‑of‑a‑kind technologies.

Providing integrated global FEED delivery

Vioneo selected Wood to deliver an 18‑month front‑end engineering design (FEED) programme for its breakthrough facility in Antwerp, Belgium. Under a €20 million contract, Wood provided a fully integrated FEED package, including a detailed investment cost estimate, executed seamlessly across global engineering hubs in Milan, Chennai, Reading, and Antwerp.

The facility was designed to produce 300 kilotonnes per annum of virgin polyethylene and polypropylene using green methanol as a fully renewable, non‑fossil feedstock. Approximately 120–130 Wood specialists contributed to the programme, drawing on deep process‑engineering expertise and decades of experience delivering complex, first‑of‑a‑kind energy and chemicals projects.

Wood delivered a coordinated FEED package that established the technical and commercial basis for full‑scale execution. This included complete process engineering and technology integration, capital cost estimation and investment planning, and multisite collaboration to ensure consistency, quality, and early risk mitigation.

Because the plant was the first of its kind globally, Wood’s scope included defining engineering standards, validating design pathways, and ensuring robustness across all process units. The team’s experience with pioneering decarbonization technologies positioned the project for efficient scale-up during future phases.

Demonstrating a scalable decarbonization pathway for Europe

The Vioneo plant replaced traditional fossil feedstocks with green methanol, enabling production of carbon‑negative, traceable polymers that remain chemically identical to conventional plastics. The facility incorporated high‑efficiency systems powered by renewables, ensuring minimal emissions across the production chain.

A core differentiator was that Vioneo’s process uses no food‑grade feedstocks, avoiding land‑use conflicts that challenge many bio‑based polymer pathways. The project demonstrated a model that could be replicated across Europe to rapidly transition hard‑to‑abate materials value chains away from fossil dependence.

This development positioned Vioneo as an industry leader at the forefront of fossil‑free plastics manufacturing. It enabled alignment with tightening European sustainability regulations and met surging demand from customers seeking lower Scope 3 emissions.

The Antwerp facility signaled a major step forward in creating a circular, low‑carbon materials economy, reducing reliance on fossil‑based polymers and supporting regional climate ambitions.

The project reinforced Wood’s role as a strategic partner for industrial decarbonization while expanding its presence in the European chemicals sector. The Vioneo facility laid the foundation for a long‑term collaboration and future project phases.