Energy transition.

Anyone who wants to curb climate change will not be able to avoid hydrogen. The first element of the periodic table is a key factor in decarbonizing transport and industry—provided that the gas has been extracted without CO₂ emissions. The value chain from the wind turbine to the hydrogen filling station is long, and it is replete with technical challenges.

The right sensors & components for explosion protection along the entire hydrogen value chain.

Decarbonization will bring about numerous changes, especially in the way we generate, store, distribute, and consume energy. "Green" hydrogen will play a fundamental role in producing energy and decarbonizing industry and heavy-duty vehicles in the future. To ensure that automated processes are safe, explosion-protected components and sensors with a variety of different functions are required.

Pepperl+Fuchs has many years of experience in the field of explosion protection and industrial sensor technology, making it the right partner and a binding element in the hydrogen chain—from generating renewable energy, high-pressure compression after electrolysis, transport, and storage through to large-scale industrial use and hydrogen filling stations.

As with LNG , explosion protection components such as the Remote I/O or purge and pressurisation systems are used when transporting liquid hydrogen.

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