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Industrial process heat decarbonization: A user-centric perspective

McMillan, Colin A.·Wachs, Liz
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Abstract

Eliminating greenhouse gas emissions from industrial process heat (IPH) is considered a key element of decarbonizing the overall industrial sector. However, industrial users and the processes by which they may adopt and implement technologies for decarbonization have largely been overlooked in the United States by an emphasis on developing and commercializing new technologies. While recent deployment and demonstration programs are an indication that decarbonization policy is beginning to acknowledge industrial users, little research has been conducted to understand how users mediate technical and nontechnical requirements to decarbonize IPH. Our exploratory analysis uses interviews with industry representatives and document analysis to begin developing a user-centric perspective. Here, we find that successful adoption and implementation of decarbonized IPH technologies may require adaptation to diverse and potentially unique combinations of user requirements and local contexts. Instead of pursuing "crosscutting" IPH technologies, a more effective and expeditious approach may be to develop crosscutting decision-making that spans multiple technologies. This approach may offer unexplored opportunities to improve demonstration and deployment programs, but more user-centric research is needed.

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32 ENERGY CONSERVATION, CONSUMPTION, AND UTILIZATIONadoptiondecarbonizationimplementationindustrial process heatsocio-technical analysisusers

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McMillan, Colin A., Wachs, Liz. 2024-03-16. Industrial process heat decarbonization: A user-centric perspective. https://doi.org/10.1016/j.erss.2024.103505

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