Used as a highly efficient adsorbent for carbon dioxide capture due to its porous structure and high surface area. Exhibits strong selectivity for CO₂ over nitrogen and methane, making it suitable for flue gas and natural gas purification. Also applied in catalysis, where the aluminum centers act as Lewis acid sites for organic transformations such as cycloaddition reactions. Shows potential in sensing applications because of its luminescence response upon exposure to specific volatile organic compounds. Stable under ambient conditions and in moist environments, allowing for practical deployment in industrial settings.