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What are the differences in embodied energy between materials used in landscape tables?
When selecting materials for landscape tables, understanding embodied energy—the total energy consumed during extraction, manufacturing, and transportation—is crucial for sustainable design. Common materials like concrete, steel, wood, and recycled plastics vary significantly in their embodied energy.
Concrete, while durable, has high embodied energy due to energy-intensive production processes. Steel, often used for modern designs, also demands substantial energy, especially if not recycled. Natural wood, particularly locally sourced or certified sustainable options, typically has lower embodied energy but requires maintenance to prolong lifespan. Recycled plastics and composite materials offer a middle ground, combining durability with reduced energy footprints by repurposing waste.
Choosing low-embodied-energy materials like reclaimed wood or recycled composites can minimize environmental impact while maintaining functionality and aesthetics. By prioritizing these options, designers and homeowners can create eco-friendly outdoor spaces without compromising quality.
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