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  "presentationDate": "2023-08-01 00:00:00",
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      "text": "Heat application processes\n0°C 300°C 500°C 650°C 900°C\nSynthetic Fuels\nAmmonia\nDirect steelmaking manufacture\nThermochemical H₂ Production\nPolymers\nMethane reforming\nPetroleum refining\nShale and tar sands oil production\nPulp and paper production\nDistrict heating\nSeawater desalination\nPetrochemical\nNominal module output\nModule + compression\nUnder evaluation",
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      "text": "Analysis performed gauging a variety of steam production rates at corresponding pressures, temperatures, and estimated NuScale Power Module electrical power outputs\nSteam compression is efficient and technically feasible today\nA single NuScale Power Module can produce 500,000 lb/hr at 1500 psia and 500°C\nProvides new options to decarbonize operations and products with nuclear\nProduction is well within the parameters of potential customers in key industrial applications, including petrochemicals, oil & gas, and steel production\nHigher pressure/temperature compression systems (2400 psia/650°C) are being evaluated",
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      "text": "NuScale is the only SMR approved for off-grid operation and with an approved Emergency Planning Zone methodology that can achieve a site boundary EPZ, enabling VOYGR plants to be located closer to end-users, reducing heat losses due to steam transport, and resulting in a higher efficiency industrial energy system",
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      "text": "* Graphic adapted from \"International Atomic Energy Agency, Opportunities for Cogeneration with Nuclear Energy, 2017\", with additional data and input from industry",
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      "text": "NuScale Nonproprietary Copyright © 2023 NuScale Power, LLC.",
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