Aline Banboukian

Affiliate-ShortTerm Res/Acces

Member Of:
  • School of Public Policy
  • Climate and Energy Policy Laboratory
Related Links:
Email Address: aline.b@gatech.edu

Overview

Faculty Advisor:
Valerie Thomas

Interests

Research Fields:
  • Clean Energy
  • Climate Change Adaptation
  • Climate Change Mitigation
  • Energy Efficiency
  • Energy Markets
  • Energy, Climate and Environmental Policy
  • Innovation and Diffusion
  • Market-based Incentives
  • Smart Grid
Issues:
  • Energy
  • Environment
  • Inequality and Social Justice
  • Accessibility
  • Emerging Technologies - Innovation
  • Environmental Performance
  • Feminism
  • Food Systems
  • Policy Analysis
  • Sustainability
  • Technology
  • Women’s Leadership

Publications

Journal Articles

  • The Economic and Environmental Performance of Biomass Power as an Intermediate Resource for Power Production
    In: Utilities Policy [Peer Reviewed]
    Date: 2019

    Electricity powered by biomass is expanding. We examine four recent biopower plants and global benchmarks to assess their overall performance, confirming the characterization of biomass as an “intermediate” resource for power production. Electricity from biomass is more expensive than energy efficiency, natural gas, wind, or solar but substantially less expensive than new coal or nuclear plants. Compared to coal and natural gas per MWh produced, the NOx and SO2 emissions of biopower are also intermediate. We document that current investments in biopower can be attributed to an array of stakeholder value propositions extending beyond basic economic and environmental metrics.

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Working Papers

  • The Economics of Four Virginia Biomass Plants
    Date: April 2018

    Global electricity generated from biomass more than tripled between 2000 and 2016, and it is forecast to grow at an increasing pace through 2050. Electricity generation from biomass is also expanding in the United States, particularly in the Southeast. Given the continued growth and policy support for biomass electricity generation, this paper assesses the economics of four Virginia biomass plants, three converted from coal plants in 2012 and one purchased and expanded in 2004. The goal is to estimate the levelized cost of electricity (LCOE) generated from the plants as a metric of their level of competitiveness with respect to alternative ways of meeting electricity demand in the region. The LCOE of the four plants range from $93 to $143/MWh, about 40-53% more expensive than new solar and wind today and is double the cost of energy efficiency. Even with the inclusion of federal subsidies and environmental credits, Dominion’s biomass conversions are not competitive. Overall, our analysis underscores the risks associated with investing in large, long-lived generation assets at a time when technologies and markets are rapidly evolving.

    View All Details about The Economics of Four Virginia Biomass Plants

  • The Economics of Four Virginia Biomass Plants
    Date: March 2018

    Global electricity generated from biomass more than tripled between 2000 and 2016, and it is forecast to grow at an increasing pace through the year 2040. Electricity generation from biomass is also expanding in the United States, particularly in the Southeast. Given the continued growth and policy support for biomass electricity generation, this paper assesses the economics of four Virginia biomass plants, three converted from coal plants in 2012 and one purchased and expanded in 2004. The goal is to estimate the levelized cost of electricity (LCOE) generated from the plants as a metric of their level of competitiveness with respect to alternative ways of meeting electricity demand in the region. The LCOE of the four plants range from $93 to $143/MWh, about 40-53% more expensive than new solar and wind today. Even with the inclusion of federal subsidies and environmental credits, Dominion’s biomass conversions are not competitive with several other established sources of electricity and affordable energy-efficiency options. Overall, our analysis underscores the risks associated with investing in large, long-lived generation assets at a time when technologies and markets are rapidly evolving.

    View All Details about The Economics of Four Virginia Biomass Plants