Recycling and upcycling "close the loop," allowing materials to return to the beginning of the cycle, which drastically reduces the need for new resource extraction. Why the "Life Cycle" View Matters
Once a product is finished, it travels. Whether by cargo ship, plane, or semi-truck, the global supply chain is a massive contributor to the total footprint. The "miles per product" metric is a key focus for companies looking to localize production and reduce their logistics impact. 4. The Product Use Phase Carbon Footprint and the Industrial Life Cycle:...
The cycle starts in the ground. Mining raw materials, logging timber, or extracting fossil fuels is energy-intensive. Heavy machinery and transportation at this stage often rely on high-emission fuels, creating a significant "carbon debt" before a single part is even made. 2. Manufacturing and Processing Recycling and upcycling "close the loop," allowing materials
Every product has a story, but for the planet, that story is told in carbon. From the smartphone in your pocket to the steel beams in a skyscraper, every industrial "life" follows a cycle that leaves a footprint. The "miles per product" metric is a key
The goal isn't just to make things more efficiently; it’s to redesign the entire journey to be carbon-neutral from cradle to grave.
For some products, like a wooden chair, the footprint ends at delivery. For others, like a car or a washing machine, the biggest impact happens while the customer is using it. Energy efficiency during this phase is critical to the product's overall life cycle assessment (LCA). 5. End-of-Life: Disposal vs. Circularity What happens when a product is done?
Releases stored carbon back into the atmosphere.