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Haldor Topsoe joins ambitious hydrogen and sustainable fuel project in Denmark

Green Car Congress

Topsoe will contribute with know-how about technologies that convert captured CO 2 into sustainable methanol and jet fuel using hydrogen from electrolysis of water. Apart from a triple-digit million investment from the companies within the project, the partners have applied for substantial funding from Innovation Fund Denmark.

Denmark 249
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New nickel-gallium catalyst could lead to low-cost, clean production of methanol; small-scale, low-pressure devices

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Scientists from Stanford University, SLAC National Accelerator Laboratory and the Technical University of Denmark have identified a new nickel-gallium catalyst that converts hydrogen and carbon dioxide into methanol at ambient pressure and with fewer side-products than the conventional catalyst.

Low Cost 257
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Vattenfall and Aalborg University Partner with SCF Technologies on Near Supercritical Bio-oil Process

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CatLiq converts biomass and organic wastes in water at near or supercritical conditions (280-350 °C and 180-250 bar). In addition to the bio-oil/methane products, the process can be tuned to produce hydrogen and water soluble fuels such as methanol, ethanol or acetaldehyde. 2005) CatLiq—a Disruptive Technology for Biomass Conversion.

Oil 218
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Wind-to-Hydrogen Tech Goes to Sea

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They are highly automated production islands that directly convert wind energy to hydrogen, with a few of them processing the gas into fuels and other goods. Denmark is planning a hydrogen island designed to generate about 1 million tonnes of offshore hydrogen starting in 2030. Conventional, or gray, hydrogen: $1.50

Wind 93
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Arcadia eFuels selects Topsoe and Sasol G2L technology for the first commercial eFuels-for-aviation plant in Denmark

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The technology primarily differs from production of natural gas-based fuels in the feedstock and technology for synthesis gas production. In eFuels plants, the feedstock is carbon dioxide, water, and power.

Denmark 199
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Bio-inspired molybdenum sulfide catalyst offers low-cost and efficient photo-electrochemical water splitting to produce hydrogen

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The optimized photo-electrochemical water splitting device uses light absorbers made of silicon arranged in closely packed pillars, dotted with tiny clusters of the new molybdenum sulfide catalyst. Damsgaard, Thomas Pedersen and Ole Hansen, Technical University of Denmark. Image courtesy of Christian D. Click to enlarge.

Water 332
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Bluejay Mining in JV with Gates-backed KoBold Metals for EV-critical minerals in Greenland; developing Disko

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After many conversations with many groups from all over the world we are pleased to enter into partnership with a group that shares our position on fairness and providing a transparent long-term outcome for shareholders as well as being a credible and reliable partner that shares our commitment to environmental sustainability.

Ni-Li 482