Indium (In)-intercalated zirconium diselenide (InZrSe₂) microflowers were prepared through solvothermal method assisted with alginic acid biomolecule. The In intercalation into 2D ZrSe₂ nanostructures helped for the nucleation process along with cationic stability and improved crystallinity as well as morphology. The InZrSe₂ microflowers have optimized bandgap value i.e., 1.65 eV and showed good photocatalytic CO₂ conversion to methanol and methane through hydrogenation. The results showed satisfied selectivity for methanol (87%) during CO₂ photoconversion with production rate up to 740.574µmolg^-1h⁻¹ and rate of methane hydrogenation (54% selectivity) to be 10.12µmolg^-1h⁻¹. Also, the photocatalytic degradation of Congo red (CR) was observed up to 86% for 10 ppm solution.

以海藻酸生物分子为辅助，通过溶剂热法制备了铟(In)-插层二硒化锆(InZrSe ₂ )微花。In 嵌入二维 ZrSe ₂纳米结构有助于成核过程以及阳离子稳定性和改善的结晶度以及形态。InZrSe ₂微花具有优化的带隙值，即1.65 eV，并显示出良好的光催化CO ₂通过加氢转化为甲醇和甲烷。结果表明，在 CO ₂光转化过程中对甲醇 (87%) 的选择性令人满意，生产率高达 740.574µmolg ^-1 h ^-1和甲烷加氢速率（54% 选择性）为10.12μmolg ^-1 h ^-1。此外，对于 10 ppm 的溶液，观察到刚果红 (CR) 的光催化降解率高达 86%。