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The image presents a flowchart depicting the recycling process of aluminum. It starts at a collection center, showing icons for aluminum cans and foil being collected in separate bins, followed by a truck transporting these items to a recycling center depicted with furnaces and bales of compressed aluminum waste. This leads to an aluminum recycling plant where old aluminum is melted down; the flow shows the molten aluminum transforming into new cans and aluminum rolls, while a side process yields new aluminum ingots. A feedback loop from the final aluminum products to a 'drinks machine' signifies the reutilization of recycled aluminum, closing the loop in the recycling process. The diagram emphasizes the continuity and cyclical nature of aluminum recycling without any explicit numerical data or percentages.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram illustrates the process of recycling aluminum cans, from collection to the production of new cans.
Overall, the recycling process of aluminum cans involves several stages, starting from the collection center and ending with the creation of new aluminum products. This process ensures that used aluminum cans are efficiently transformed into new usable items.
The process begins at the collection center, where used aluminum cans are deposited. These cans are then transported to the recycling center, where they undergo an initial sorting and cleaning phase. Following this, the cleaned aluminum is compressed into large blocks, which are then moved to an aluminum recycling plant.
At the recycling plant, the aluminum blocks are melted down into liquid form. This molten aluminum is then processed to produce new aluminum rolls. These rolls are subsequently used to manufacture new cans, which are then distributed to drink machines and other outlets, completing the cycle of recycling.
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