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Shell Celebrates Topping-Out Ceremony for 100 MW Electrolyzer in Wesseling

Shell celebrated the topping-out ceremony for a new 100 MW electrolyzer at the Shell Energy and Chemicals Park Rheinland. The plant is being built in the Wesseling section of the site and, according to the company, is scheduled to go into operation in 2027. With sufficient availability of renewable energy, up to 16,000 tons of renewable hydrogen could be produced annually. The project is considered another building block in the site's transformation towards lower-CO₂ production processes, which contributes to Shell's decarbonization strategy.

From the perspective of state policy, the project has significant industrial policy implications. North Rhine-Westphalia's State Secretary for Economic Affairs, Paul Höller, stated that the electrolyzer is an important step for the competitiveness, resilience, and sustainability of the chemical industry in the state. The use of green hydrogen can help make industrial processes more climate-friendly and enable new business models.

The 10 MW electrolyzer REFHYNE 1 has been operating at the site since 2021. Together with the new plant, they could cover more than ten percent of the annual hydrogen demand for production processes at the Shell Rheinland complex. Both plants are based on polymer electrolyte membrane (PEM) technology.

The new electrolyzer is part of several transformation projects at the site. These include Germany's largest plant for the production of bio-LNG for truck transport, as well as further investments in lower-carbon production processes. With these measures, Shell aims to align the site with more sustainable production in the long term.

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  • Shell feiert Richtfest für 100-MW-Elektrolyseur in Wesseling

    Im Shell Energy and Chemicals Park Rheinland hat Shell das Richtfest für einen neuen 100-MW-Elektrolyseur gefeiert. Die Anlage entsteht im Werksteil Wesseling und soll nach Unternehmensangaben im Jahr 2027 in Betrieb gehen. Bei ausreichender Verfügbarkeit erneuerbarer Energien könnten jährlich bis zu 16.000 Tonnen erneuerbaren Wasserstoffs produziert werden. Das Projekt gilt als weiterer Baustein