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EU Grants €1.5M for Rotterdam Chemical Recycling Plant FEED, Aiming to Cut CO2 Emissions and Boost Economics; Evonik Opens AEM Tech Center for Green Hydrogen

chemXplore Netherlands
Overview
An EU grant of €1.5 million has been awarded for the Front-End Engineering Design (FEED) of a chemical recycling plant in the Rotterdam area, targeting lower CO2 emissions and improved economics. Evonik also opened an AEM application technology center in Shanghai to optimize DURAION® anion exchange membranes for green hydrogen. Additionally, Alpha Bio JV announced a €130 million investment to relocate its commercial-scale biobased materials plant to Hanko, signaling broader advancements in green chemical production and recycling infrastructure.
In Depth

Key Findings

The European Union’s Just Transition Fund (JTF) has awarded a €1.5 million grant for the Front-End Engineering Design (FEED) of a chemical recycling plant to be constructed in the Rotterdam area. This funding is a critical step towards realizing a facility aimed at significantly reducing CO2 emissions and enhancing the economic viability of plastic waste valorization. Additionally, the article highlights broader advancements in green chemistry, including Evonik’s new AEM application technology center in Shanghai and Alpha Bio JV’s €130 million investment in a biobased materials plant in Hanko.

Technical / Clinical Details

The Rotterdam chemical recycling plant is slated to utilize BlueAlp’s advanced technology to convert mixed plastic waste into valuable chemical feedstocks. The FEED phase will involve detailed design, process flow optimization, equipment selection, and thorough cost analysis. A key aspect of the project is its planned integration with LBC Tank Terminals’ existing infrastructure, which is expected to create synergistic benefits through optimized heat integration and logistics, further reducing the overall CO2 footprint and operational costs. Evonik’s new center in Shanghai will focus on testing and optimizing DURAION® anion exchange membranes, contributing to more efficient green hydrogen production technologies.

Background & Context

The EU is committed to drastically reducing plastic waste and transitioning to a circular economy, with chemical recycling identified as a crucial technology for processing contaminated and complex plastic materials that are unsuitable for mechanical recycling. The JTF grant specifically supports regions transitioning away from fossil fuel-based industries towards more sustainable economies. Rotterdam, as a major industrial hub, is strategically positioned for such a plant, underscoring its importance in achieving Europe’s plastic circularity goals. These developments reflect a concerted global effort to reduce reliance on virgin fossil resources and enhance sustainability across industrial supply chains.

Strategic Significance & Outlook

This €1.5 million grant is a significant impetus for the Rotterdam chemical recycling plant to proceed towards a final investment decision. Once operational, the plant is projected to recycle tens of thousands of tons of plastic waste annually, reducing demand for virgin materials and cutting CO2 emissions. Moreover, the success of such large-scale projects serves as a model for accelerating the adoption of chemical recycling across Europe, fostering the establishment of sustainable value chains. The substantial investment by Alpha Bio JV in biobased materials also indicates a strong and accelerating shift towards green industries, positioning Europe at the forefront of sustainable chemical innovation.

Source: https://chemxplore.com/news/new-projects-and-expansions

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