Author: Arnes Biogradlija

Currently, green hydrogen is often produced by separating water with electrical current supplied from renewable energy sources. Now, scientists at TU Wien have designed a novel photocatalyst that could make this process more direct and manageable. Hydrogen could play a significant role in our energy supply in the future, as it can be stored, transported, and burned as needed. However, the majority of available hydrogen is now a byproduct of natural gas production; this must alter for climate preservation purposes. The most effective technique to date for producing ecologically friendly “green hydrogen” is to split water into hydrogen and oxygen…

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The first hydrogen refueling station in Taiwan will be constructed at Tainan’s Southern Taiwan Science Park. Linde Lienhwa Industrial Gases (LLH) will initiate construction of the station at its Tainan Tree Valley Park Industrial Zone location through a joint venture with Mitac-Synnex Group. LLH will construct and operate the hydrogen filling station, which will be operational by early 2023. The proof-of-concept station will produce blue hydrogen for a variety of fuel cell vehicles planned to be released in Taiwan in the future years. The station will initially be made available for testing and validation by the government and select consumers.…

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Woo Tae-hee, vice chairman of the Korea Chamber of Commerce and Industry, stated at a forum on green hydrogen that the South Korean government should assist businesses in constructing a hydrogen economy because using the renewable energy ensures growth as companies compete to reduce their carbon footprints. Woo stated at a meeting co-hosted by the KCCI and the International Finance Corporation, “I believe it is time for us to transform the climate problem into an opportunity to secure the hydrogen market and strengthen our economy by strong commitment and collective knowledge.” The vice chairman urged the administration of Yoon Suk-yeol…

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