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      "text": "LOHC is a liquid hydrogenated carrier, which enables easier and safer handling and do not require cooling",
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      "text": "Liquid in ambient conditions, opportunity to leverage current oil infrastructures. Fluid carrier reusable. No boil-off losses.",
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      "text": "Hydrogen is loaded on organic liquid through hydrogenation and dehydrogenated at the use point. The hydrogenation process releases heat, which can be used for alternative applications or for dehydrogenation if the plant can support both. Toluene is a potential carrier for hydrogen by converting it to methylcyclohexane (MCH). Dibenzyltoluene (DBT) is an alternative to MCH and is reported to be safer, easier to handle, and cheaper.",
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      "text": "MCH is a toxic substance. Energy intensive for dehydrogenation to reach 250–350°C. Need to ship back once the carrier has been dehydrogenated.",
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      "text": "Sources: \"The Future of Hydrogen,\" International Energy Agency, June 2019; \"National Hydrogen Roadmap,\" VTT; Hydrogenious; Kearney Energy Transition Institute analysis",
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      "text": "Current cost estimate ($ per kgH2)3: Conversion: 1.0, Reconversion: 2.1. Typical plant size (kgH2 per day)2: About 10,000. Energy required (kWh/kgH2): Reconversion: about 10. Energy consumption (% of LHV of hydrogen): 35–40%, potential to 25%",
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