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      "text": "While conventional nuclear technology is reliable and clean, it is also extremely expensive and difficult to build quickly\nNuclear SMR requires significantly less investment and time to build (~3 years vs. 6-10 years) compared with conventional nuclear",
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      "text": "Key Criteria\nGeneration Type\nApprox. 2020 U.S. Generation Volume Mix (EIA)\nBaseload Capable/ Dispatchable?\nZero-Emission?\nEffectively Deployable at Scale?\nFlaws\nGas/Oil 39% ✓ x ✓ Carbon\nCoal 23% ✓ x ✓ Carbon\nNuclear: Large Scale 19% ✓ ✓ x Cost, Construction Schedule and Siting Flexibility (limited to sites with multiple transmission lines, large EPZ, grid capacity)\nHydroelectric 8% ✓ ✓ x Sources, Permitting, Environmental Impact\nWind 7% x ✓ ? Intermittent\nSolar 2% x ✓ ? Intermittent\nBiomass 2% x x Sources, Cost\nGeothermal <1% ✓ ✓ x Sources, Cost\nNuclear: SMR - ✓ ✓ ✓ N/A\nHydrogen - ✓ Depends ? Sources (i.e., \"blue\", \"grey\" or \"green\"); Cost Profile TBD\nFusion - ✓ ✓ ? R&D phase; Post-2040 Technology Potential",
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      "text": "Nuclear SMR is the Only Viable Zero-Emission Baseload Technology",
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