Bronze sculptures are renowned for their durability and timeless beauty, but their performance in environments with high levels of organic acids—such as those near industrial areas, coastal regions, or even urban settings with pollution—can be a concern. Organic acids, like acetic or citric acid, can accelerate the corrosion process, altering the sculpture's appearance and structural integrity over time.

Bronze naturally develops a protective patina—a thin layer of oxidation—that shields it from further degradation. However, prolonged exposure to organic acids may disrupt this layer, leading to uneven corrosion or pitting. The greenish-blue patina (verdigris) often seen on aged bronze is a result of copper carbonate formation, but acidic conditions can cause it to break down, exposing the raw metal beneath.

To mitigate damage, regular maintenance is key. Applying protective wax coatings or specialized sealants can slow acid penetration. Additionally, placing sculptures in sheltered locations or using neutral-pH cleaning solutions helps preserve their longevity. Artists and conservators also recommend periodic inspections to address early signs of corrosion.

While bronze is more resistant than many metals, understanding its vulnerabilities ensures these artworks endure for generations, even in challenging environments.