Analysis for Recovering Energy from Industrial Waste Heat

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Analysis for Recovering Energy from Industrial Waste Heat ( analysis-recovering-energy-from-industrial-waste-heat )

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Source: Energetics [34]. Recovering chemical and thermal emissions will include research, development, and demonstration (RD&D) of low-cost, high-efficiency energy recovery systems. Recovery will also include developing technologies to mitigate waste heat and emissions through better materials and process technologies. Figure E-1 presents a consolidated view of the opportunities, barriers, and pathways associated with recovering the fuel value from chemical and thermal emissions. EXECUTIVE SUMMARY Opportunities •~10 Quads of energy emitted as waste heat from U.S. Industries ~1.4 Quads of energy emitted with residual, chemical fuel value from industrial process emissions (w/o Landfill) Barriers •Economical methods to recover energy from waste heat and emissions •Emissions and waste heat is distributed •Recovery device efficiency is critical •Awareness of the opportunities in industry Pathways •RD&D of economical energy recovery systems •High -efficiency, low - cost devices to recover waste heat •High -efficiency, low - cost devices to recover energy from industrial emissions •Develop Materials and technology to mitigate waste heat energy loss (refractory and insulation) •Education regarding opportunities to industry Figure E-1. Opportunities, Barriers, and Pathways Associated with Recovering Fuel from Chemical and Thermal Emissions. This report discusses the advanced materials (e.g., thermoelectric, thermionic, and piezoelectric) and other technologies (e.g., solid oxide fuel cells) that appear to be the most promising technologies for re-utilizing chemical and thermal emissions. Additional research and development as well as industry education may be required in order to make these technologies sufficiently cost-effective and widely commercialized. v

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