Cummins and Sinopec to install 1GW hydrogen electrolyzer facility in China
The American company is working with the Chinese state-owned oil giant on the H2 production plant. Cummins (NYSE stock symbol CMI) has announced that it is joining Chinese state-owned oil company Sinopec to build a 1GW hydrogen electrolyzer in China. The plant is expected to have a 500MW capacity when it begins its initial operation in 2023. The new plant will be the first one in China to use Western technology for H2 production. The equipment will be made by Cummins, which has entered into a joint venture with Sinopec. The venture is called Cummins Enze and will result in the construction of…
The American company is working with the Chinese state-owned oil giant on the H2 production plant.
Cummins (NYSE stock symbol CMI) has announced that it is joining Chinese state-owned oil company Sinopec to build a 1GW hydrogen electrolyzer in China.The plant is expected to have a 500MW capacity when it begins its initial operation in 2023.
The new plant will be the first one in China to use Western technology for H2 production. The equipment will be made by Cummins, which has entered into a joint venture with Sinopec. The venture is called Cummins Enze and will result in the construction of a 1GW PEM electrolyzer factory in the country’s southern Foshan, Guangdong province. While it will be starting off at 500MW, its capacity will gradually increase until it reaches 1GW in 2028. The facility is expected to cost $47 million. The fact that it uses proton exchange membrane or polymer exchange membrane (PEM) technology instead of the standard alkaline design stands out as it has been an exclusively Western tech until now. Moreover, China already has a number of alkaline model manufacturers that would have been able to offer a lower price than Western rivals. However, the local industry has been falling behind on the newer PEM tech. Green H2 developers tend to prefer PEM tech due to its superior performance when powered by wind and solar energy, which have variable output levels.