Author: Arnes Biogradlija

Algeria is the first country in the world to consider exporting hydrogen through gas pipelines Recently, in a move to overcome the European energy crisis, there has been increased talk of transporting hydrogen through gas lines, whether for storage or distribution, as an appropriate solution, especially in light of the global trend towards clean energy and a green transition. Europe’s existing and consumed gas lines, as well as distribution networks that are vulnerable to waste during the journey of energy transformation and the elimination of fossil fuels, make the option of using them and recycling them for hydrogen transport more…

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The German-Philippine Chamber of Commerce and Industry (GPCCI) stated that it is examining the Philippine market for green hydrogen as a potential future energy source. “The German-Philippine Chamber of Commerce and Industry, on behalf of the German Federal Ministry for Environment, Nature Conservation, Nuclear Safety and Consumer Protection (BMUV), is currently assessing the market potential of green hydrogen and fuel cell applications in urban and remote areas in the Philippines,” GPCCI said in a statement. GPCCI executive director Christopher Zimmer stated that Germany’s technological expertise in green hydrogen can assist the country in increasing the share of renewable energy in…

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Orica and Origin announced a collaboration to explore potential for collaborating on the development of a green hydrogen generation facility and associated value chain in the Hunter Valley. Orica and Origin have signed a Memorandum of Understanding (MoU) to perform a feasibility study on the possibility of a green hydrogen production facility, dubbed the ‘Hunter Valley Hydrogen Hub,’ as well as downstream value chain potential. The feasibility study will examine how an industrial hydrogen hub could enable use cases that contribute to the development of a significant green hydrogen industry in the Hunter Valley and beyond. This involves providing hydrogen…

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Microwave ovens, which are a form of electromagnetic wave, may heat items in a reactor directly and selectively from the inside by spinning their molecules and atoms. When compared to alternative techniques that heat things in the reactor indirectly from the outside, microwave-assisted pyrolysis offers a better potential to minimize the energy required to create hydrogen while also lowering CO2 emissions and increasing scalability for commercial production. By merging Sumitomo Chemical’s catalyst and chemical design knowledge with Microwave Chemical’s microwave platform technology, this cooperative effort intends to establish an energy-efficient and highly efficient hydrogen generation method by 2026. Microwave Chemical has already begun laboratory tests with two companies.

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