L.A. Verhoef
Papers
1
Total Citations
138
H-Index
1
About
Dr. L.A. Verhoef is a leading researcher at the intersection of industrial ecology, energy systems, and disruptive technology assessment. Her most influential work, "The effect of additive manufacturing on global energy demand" (2017, 138 citations), pioneered a bottom-up methodology to quantify how non-energy technologies like 3D printing can dramatically reshape global energy consumption. This study demonstrated that additive manufacturing could reduce energy demand by up to 27% in certain industrial sectors by 2050, challenging conventional energy scenario models that overlook such innovations. Verhoef's major contributions lie in developing frameworks to assess the systemic energy impacts of emerging manufacturing technologies, bridging the gap between industrial engineering and climate policy. Her research has been instrumental in showing that efficiency gains from digital fabrication and localized production can yield significant decarbonization benefits. With her work cited by energy modelers, sustainability scientists, and policymakers, Verhoef has established herself as a key voice in understanding how disruptive industrial technologies can be leveraged for global energy transitions. Her approach continues to influence how researchers evaluate the hidden energy footprints of tomorrow's manufacturing paradigms.
Research Focus
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