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Measuring Prospective Benefits for FE R&D Programs

Measuring Prospective Benefits for FE R&D Programs. Most estimation of past Fossil Energy (FE) R&D benefits has focused on two broad program categories: Fossil Fuel Conversion: conversion of coal and gas to electricity and other fuels Fossil Energy Resources: domestic oil and gas supply

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Measuring Prospective Benefits for FE R&D Programs

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  1. Measuring Prospective Benefitsfor FE R&D Programs • Most estimation of past Fossil Energy (FE) R&D benefits has focused on two broad program categories: • Fossil Fuel Conversion: conversion of coal and gas to electricity and other fuels • Fossil Energy Resources: domestic oil and gas supply • The nature of these programs and their benefits are very different, which has led to much different approaches for calculating future benefits.

  2. Assessment Aproach • Most analyses have been “market-oriented”, based on projecting future deployment and estimating benefits associated with quantity deployed. • No analysis to date of the “option value” of R&D, although this could have advantages for addressing future technologies.

  3. Greenhouse Gas Reductions Carbon Emissions From Electric Generators • Power plant efficiency increases about 50% over today’s deployed plants • Sequestration is available >2015 to greatly reduce carbon emissions, if needed Sequestration begins in 2015 on new units 900 800 700 600 500 Million Metric Tons per Year 400 300 200 100 0 1990 1995 2000 2005 2010 2015 2020 2025 2030 2035 2040 2045 2050 Nat. Gas- Reduction from BAU Coal/Advanced Oil Coal- Reduction from BAU Natural Gas/Adv.

  4. Meyers’s Law It is a simple task to make things complex, but a complex task to make them simple.

  5. TORIS Oil Model

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