Construction work is well underway on the world’s largest PEM electrolyser at the Shell Rhineland refinery in Wesseling, Germany:
A view taken with a drone shows the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view taken with a drone shows the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view shows a banner at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view shows a worker at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view shows a worker at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view shows the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A worker checks the motor control center at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A worker on a bicycle drives past the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view taken with a drone shows the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view taken with a drone shows workers at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view shows a worker at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view shows a worker at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view shows workers at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A worker checks the motor control center at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020. A view shows workers at the construction site of the Refhyne Project in Wesseling, near Cologne, on July 6, 2020.
Once operational, ITM Power’s 10MW PEM (proton exchange membrane) electrolyser will produce around 1300 tonnes of green hydrogen a year which can be fully integrated into refining processes.
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