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Precursor-controlled copper oxide speciation and H2S adsorption performance in 3D-printed activated carbon microstructures
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DOI：10.1016/j.ceja.2026.101390.png)
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Abstract
En 中文
• CuO-functionalized activated carbon microstructures fabricated via additive manufacturing. • Copper precursor chemistry controls the Cu speciation and crystallinity within the carbon pores. • Nitrate-derived carbons exhibit up to 33% longer H2S breakthrough times. • Acetate-derived carbons preserve narrow microporosity and efficient pore utilization.
Keywords:
3D printing
Activated carbon
Copper impregnation
Toxic gas removal
Adsorption
Microstructures
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