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    Home > Chemicals Industry > International Chemical > ThyssenKrupp participates in Germany's largest energy transition project

    ThyssenKrupp participates in Germany's largest energy transition project

    • Last Update: 2021-11-03
    • Source: Internet
    • Author: User
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    In order to establish a leading position in the global green hydrogen energy field, Germany has launched three flagship zero-emission technology research projects


    It is reported that ThyssenKrupp participates in these three projects-H ₂ Giga project: ThyssenKrupp promotes the industrialization of alkaline water electrolysis through automated mass production; H ₂ Mare project: Thyssen Krupp conducts offshore production testing of green methanol and green ammonia; TransHyDE project: ThyssenKrupp conducts ammonia cracking technology testing


    ₂ ₂

    "With a complete green value chain and a closed-loop emission recovery system, these two comprehensive technology combinations, ThyssenKrupp is able to represent the complete value chain of green chemicals


    Expanding the scale of water electrolysis

    Expand the scale of water electrolysis

    ThyssenKrupp will receive nearly 8.


    The H ₂ Giga project "INSTALL AWE" led by ThyssenKrupp will focus on the industrial application of alkaline water electrolysis technology (AWE)


    In addition, in-depth cooperation with joint venture partner Industrie De Nora (Industrie De Nora) is also crucial for mass production upgrades


    Offshore ammonia

    Offshore Ammonia Offshore Ammonia

    The H ₂ Mare project aims to develop the production of hydrogen energy and its downstream products, such as the production of synthetic fuels, methanol, ammonia and synthetic methane on the high seas


    ₂ ₂

    As an expert in chemical plant engineering and construction, ThyssenKrupp can provide a variety of integrated green value chains based on water electrolysis technology, such as the production of green and economical ammonia, methanol and synthetic natural gas (SNG) processes


    Since offshore wind power has a larger and more stable power supply than onshore wind power, the direct production of hydrogen and power-to-X products on the sea has great potential


    Research on hydrogen energy transportation solutions

    Research on hydrogen energy transportation solutions Research on hydrogen energy transportation solutions

    As one of the joint partners, ThyssenKrupp also participates in the TransHyDE project and is currently evaluating the potential of the ammonia cracking process


    Industry insiders pointed out that, as the world's largest supplier of synthetic ammonia EPC, ThyssenKrupp Wood has extensive expertise in the synthetic ammonia field




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