Can rattan sculptures be engineered to absorb carbon dioxide as part of their structure?

Rattan, a naturally renewable material, has long been prized for its versatility in crafting sculptures and furniture. But can it be engineered to absorb carbon dioxide as part of its structure? Recent research suggests that by integrating carbon-sequestering technologies or coatings, rattan sculptures could potentially enhance their environmental impact.

Scientists are exploring methods like biochar infusion or mineral-based treatments to enable rattan to capture CO2 while maintaining its aesthetic appeal. This innovation could position rattan sculptures as not just art, but also tools for climate mitigation.

While challenges remain in scalability and durability, the idea aligns with the growing demand for sustainable art. By combining traditional craftsmanship with modern science, rattan may evolve into a symbol of eco-conscious creativity, offering both beauty and environmental benefits.