BITTERFELD, GERMANY — In a milestone development for the European bioeconomy and the chemical manufacturing sector at large, Verbio SE has officially commissioned the world’s first large-scale ethenolysis plant at its industrial site in Bitterfeld, Germany. Backed by an investment of nearly €100 million, the state-of-the-art facility marks Verbio’s strategic diversification away from sole reliance on the biofuels market, venturing instead into the high-value production of bio-based specialty chemicals.
Utilizing European rapeseed methyl ester as its foundational feedstock, the new installation is engineered to yield up to 60,000 metric tons of renewable carbon compounds annually. These high-grade materials are designed to directly replace fossil-fuel-derived derivatives in critical downstream markets, including lubricants, industrial and domestic detergents, cleaning products, and advanced plastics.
The launch arrives at a critical juncture for the European chemical industry, which faces unprecedented pressure from soaring energy costs, stiff international competition, and stringent regulatory mandates to phase out crude oil. By bridging agricultural output with advanced industrial processing, Verbio’s multi-million-euro bet aims to prove that sustainable chemistry can achieve true industrial scalability.
Chronology of Innovation: From Nobel-Winning Science to Industrial Reality
The technological backbone of Verbio’s Bitterfeld plant traces its roots back decades, highlighting a rare and successful transition from academic laboratory breakthroughs to multi-million-euro commercial infrastructure.
The Scientific Foundation (2005)
The underlying process powering the new facility is ethenolysis, a highly specialized form of olefin metathesis. In 2005, researchers Yves Chauvin, Robert H. Grubbs, and Richard R. Schrock were awarded the Nobel Prize in Chemistry for their groundbreaking elucidations of the olefin metathesis mechanism. Their work demonstrated how carbon-carbon double bonds could be catalytically cleaved and reorganized with remarkable precision.
Catalyst Development and Acquisition
Translating metathesis from a batch-scale laboratory reaction into a continuous, high-throughput industrial process required specialized catalysts. Verbio secured this capability through its Hungarian subsidiary, XiMo Hungary Kft., based in Budapest. XiMo’s proprietary catalyst technology enables the highly targeted conversion of rapeseed methyl ester’s carbon chains into specific, high-value molecules—namely 1-decene and 9-DAME—without generating excessive waste or requiring extreme, energy-intensive operating parameters.
Construction and Commissioning
Planning and execution of the Bitterfeld project culminated in today’s official commissioning ceremony. The facility integrates directly into Verbio’s existing biorefinery complex at the Bitterfeld-Wolfen Chemical Park—a site celebrating 25 years of industrial operation. The project was substantially supported by public funding under the "Improvement of the Regional Economic Structure" (GRW), a joint federal and state initiative designed to incentivize environmentally friendly and innovative manufacturing technologies in Germany.
Supporting Data and Technical Scope
The scale of the Bitterfeld installation establishes a new benchmark for bio-based chemical processing in Europe. Key operational metrics, economic indicators, and supply chain parameters define the scope of the project:
- Total Investment: Nearly €100 million in upfront capital expenditure.
- Annual Production Capacity: Up to 60,000 metric tons of bio-based specialty chemicals per year.
- Primary Feedstock: European rapeseed methyl ester, sourced via regional agricultural supply chains.
- Key Chemical Outputs: 1-decene and 9-DAME, serving as drop-in substitutes for fossil-based intermediates used in synthetic lubricants, advanced polymers, and cleaning agents.
- Employment Impact: Creation of approximately 50 new, highly skilled jobs at the Bitterfeld-Wolfen site, bringing Verbio’s total local workforce to roughly 130 employees.
- Market Reach: Global interest spanning Europe, North and South America, and Asia, underpinned by early commercial inquiries and cross-industry partnerships.
Official Responses and Stakeholder Perspectives
The commissioning ceremony drew approximately 200 high-level attendees from government, regulatory bodies, and international industry, including 60 key customers and technology partners.
Verbio Leadership
Verbio CEO Claus Sauter emphasized the strategic realignment of the company’s business model and the geopolitical importance of regionalizing supply chains.
"With this new production plant, we are supplementing our biorefinery with a further stage in the value chain, building on an established raw material base," said Sauter. "By processing European rapeseed oil, we are strengthening regional agriculture and reducing our reliance on global supply chains that are prone to disruption. In addition to sustainability considerations, this is of key importance for Germany as a business location."
Highlighting the commercial mechanics of the rollout, Sauter added: "We have made an upfront investment of just under €100 million to provide the renewable molecules needed for transformation. It is now up to the chemical industry to make use of this new option. But consumers can also make a contribution to helping locally manufactured bio-based products gain a foothold in the market through their purchasing decisions."
German Federal Government
Dorothee Bär, German Federal Minister for Research, Technology and Space, lauded the project as a beacon of industrial resilience and innovative engineering.
"To know what is not yet known by anyone else. And then to do what no one else is doing. Verbio demonstrates how this is done; you are demonstrating this with your new production plant for bio-based specialty chemicals," Bär stated during her keynote address. "Your lubricants, plastics, and detergents are not manufactured from crude oil, but from biomass such as rapeseed. Wow, what a sensation! […] With the commissioning of the new production plant, you are sending out a very strong message at a time when the price of crude oil is on everyone’s lips and we are realizing just how dependent we actually are. You have a solution for that."
Academic and Technical Validation
Dr. Richard R. Schrock, co-recipient of the 2005 Nobel Prize in Chemistry, reflected on the personal and scientific significance of seeing his research deployed at commercial scale:
"It is truly special to see today how our research is being put into industrial practice. The fact that olefin metathesis is now being used on this scale is a moving moment for me."
Michael Carus, senior advisor and shareholder of the nova-Institut GmbH, framed the project within the broader context of European economic competitiveness:
"In the long run, Europe will not be able to compete with other regions of the world on the basis of cheap fossil raw materials. Our opportunity lies in creating new value here based on renewable carbon. It is crucial that such solutions do not remain at pilot scale, but are scaled up for industrial production. The plant in Bitterfeld demonstrates the potential of bio-based raw materials for competitive and more resilient chemical production in Europe."
Implications for the Chemical Industry and Regional Economics
The launch of Verbio’s ethenolysis plant carries profound implications across structural, economic, and geopolitical dimensions:
Transforming the Chemical Feedstock Base
For decades, the chemical sector has relied almost exclusively on petrochemical feedstocks to supply carbon chains for everyday goods. As regulatory frameworks tighten and carbon-reduction targets loom—such as those outlined in Germany’s Chemicals Agenda 2045—finding scalable, non-fossil carbon sources is imperative. By proving that agricultural derivatives like rapeseed oil can be efficiently transformed into drop-in chemical building blocks, Verbio provides a viable pathway for manufacturers to green their supply chains without retooling entire downstream manufacturing processes.
Phased Market Ramp-Up and Customer Qualification
Because chemical intermediates must meet rigorous purity and performance specifications, Verbio is initiating a staged market ramp-up. The specialty chemicals produced in Bitterfeld must undergo customer-side qualification and integration testing. Consequently, commercial output will scale gradually in tandem with downstream product adoption. Despite this phased approach, robust international demand suggests a rapid trajectory once qualification milestones are met.
Bolstering Eastern German Industrial Heritage
The project reinforces the economic vitality of Saxony-Anhalt, where the chemical, pharmaceutical, and refining sectors account for roughly two-fifths of total industrial revenues. The April 2026 signing of the East German Chemicals and Refining Pact underscores a unified regional commitment to safeguarding industrial employment and facilitating green transitions.
By anchoring its operations in Zörbig and Bitterfeld, Verbio continues to leverage regional synergies—maintaining close proximity to agricultural suppliers while utilizing established pipeline, energy, and logistics infrastructures. As Sauter concluded: "Our sites in Zörbig and Bitterfeld are established for the long term. Here, we want to further promote the bioeconomy and regional value creation. The proximity to local farms, which supply us with raw materials, and the existing industrial infrastructure are key location advantages for us."
