Liangen Zeng
Papers
2
Total Citations
14
H-Index
2
About
Dr. Liangen Zeng is a rising scholar at the intersection of industrial automation and environmental economics, whose research illuminates the dual role of robotics in driving both productivity and sustainability. Her work centers on the spatial and heterogeneous effects of robot adoption on carbon emissions, challenging the conventional view that automation inherently increases energy consumption. In her most-cited study (2023, 12 citations), she employs spatial econometric models to demonstrate that robot deployment can significantly reduce carbon intensity through enhanced energy efficiency and green technology spillovers, with effects varying across regions and industries. A second complementary paper (2023, 2 citations) refines this analysis by accounting for spatial correlation and regional disparities. Dr. Zeng’s contributions provide critical insights for policymakers seeking to align industrial automation with climate goals, offering evidence that strategic robot adoption can serve as a tool for carbon reduction rather than a threat. Her work is particularly notable for integrating spatial heterogeneity into the automation-environment nexus, a novel approach that has already influenced subsequent studies in green manufacturing and sustainable supply chains. As a young researcher, her findings are shaping the conversation on how emerging economies can leverage Industry 4.0 technologies for environmental gains.
Research Focus
Key Achievements
Top Papers
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