Data on the catalytic CO oxidation and CO₂ reduction durability on gC₃N₄ nanotubes Co-doped atomically with Pd and Cu

Understanding the fabrication mechanism of graphitic carbon nitride (gC₃N₄) nanostructures is critical for tailoring their physicochemical properties for various catalytic applications. In this article, we provide deep insights into the optimized parameters for the rational synthesis of one-dimensional gC₃N₄ atomically doped with Pd and Cu denoted as (Pd/Cu/gC₃N₄NTs) and its fabrication mechanism. This is in addition to the CO oxidation durability along with the electrochemical and photoelectrochemical CO₂ reduction durability of Pd/Cu/gC₃N₄NTs. The presented herein results are correlated to the research article entitled "Precise Fabrication of Porous One-dimensional gC₃N₄ Nanotubes Doped with Pd and Cu Atoms for Efficient CO Oxidation and CO₂ Reduction (Kamel Eid et al., 2019).