America's 100 tiny nukes produce energy equal to 4 million barrels of oil per day (4MBPD) (1.5BBPY). This fact doesn't seem to impress anyone; I still cannot understand why.
Per Google, 250,000 deadweight-ton VLCC's (supertankers) carry two million (2,000,000) barrels of oil. These ships are near 1000-feet long, 150-feet wide, with 60-feet draft. It would take 750 of these behemoths to import the 1.5BBPY that would equal the energy from America's 100 tiny nuclear plants. Such a fleet, aligned end-to-end, at five ships per mile, would stretch 150 miles. This is power almost beyond words; but is just 2% of the world's energy generation.
Per the EIA (eia-doe-gov) spokesperson at the Bali Climate Conference, the world needs to produce 50% more energy by 2030. Also, to avoid the worst problems, 19/42 of 2030 energy must be from zero-CO2 sources, therefore giving 15% less CO2 than right now. Since the world's fossil (oil, coal, gas) energy now is equivalent to 200MBPD, 75BBPY, 7,500 miles of VLCC's, 50% more energy would take 11,625 miles of supertankers. Since 19/42 of this total must be clean energy, the energy from 5,000 miles of supertankers would have to be eliminated. At 100 nukes per 150 miles, this would equal 3300 more, one-gig nukes; obviously impossible to build by 2030. All other clean energy sources must be developed with urgency, even frenzy, if this goal is to be met. Anyone who thinks it would be easy is flat-out wrong.
PS: Currently, worldwide, about 450 nukes of various sizes, produce energy of 350, one-gig plants. This is 7% of total world energy production, oil equivalent of 14MBPD (better than Saudi Arabia), versus 84MBPD of oil consumed. Also equal to 500 miles of supertankers.
PPS: Our 100 plants save 150 miles of supertankers, equal to import costs of $150 billion per year for $100 oil, $300 billion per year of $200 oil, etc.; prices will fluctuate, but inevitably go higher, decade by decade. Each 100 new nukes will save equal $ imports each year.
Per Google, 250,000 deadweight-ton VLCC's (supertankers) carry two million (2,000,000) barrels of oil. These ships are near 1000-feet long, 150-feet wide, with 60-feet draft. It would take 750 of these behemoths to import the 1.5BBPY that would equal the energy from America's 100 tiny nuclear plants. Such a fleet, aligned end-to-end, at five ships per mile, would stretch 150 miles. This is power almost beyond words; but is just 2% of the world's energy generation.
Per the EIA (eia-doe-gov) spokesperson at the Bali Climate Conference, the world needs to produce 50% more energy by 2030. Also, to avoid the worst problems, 19/42 of 2030 energy must be from zero-CO2 sources, therefore giving 15% less CO2 than right now. Since the world's fossil (oil, coal, gas) energy now is equivalent to 200MBPD, 75BBPY, 7,500 miles of VLCC's, 50% more energy would take 11,625 miles of supertankers. Since 19/42 of this total must be clean energy, the energy from 5,000 miles of supertankers would have to be eliminated. At 100 nukes per 150 miles, this would equal 3300 more, one-gig nukes; obviously impossible to build by 2030. All other clean energy sources must be developed with urgency, even frenzy, if this goal is to be met. Anyone who thinks it would be easy is flat-out wrong.
PS: Currently, worldwide, about 450 nukes of various sizes, produce energy of 350, one-gig plants. This is 7% of total world energy production, oil equivalent of 14MBPD (better than Saudi Arabia), versus 84MBPD of oil consumed. Also equal to 500 miles of supertankers.
PPS: Our 100 plants save 150 miles of supertankers, equal to import costs of $150 billion per year for $100 oil, $300 billion per year of $200 oil, etc.; prices will fluctuate, but inevitably go higher, decade by decade. Each 100 new nukes will save equal $ imports each year.
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