ScrapTrade and the Circular Economy

A linear economy takes raw material, makes a product, and throws it away when it's done. A circular economy takes the same material and puts it back into production instead, steel becomes steel again, aluminium becomes aluminium again, rather than becoming landfill and requiring new ore to be mined for the next batch.

It's broader than most people expect, five categories spanning ferrous and non-ferrous metals, plastics, paper and cardboard, and e-waste, but it isn't literally unlimited. Materials like glass, textiles, or organic waste aren't listed categories today. "Far more than just metal" is the accurate claim, not "anything."

Every material category has a version of the same loop: scrap steel gets remelted into new steel, scrap aluminium gets remelted into new aluminium, recovered plastics get reprocessed into new plastic products, and recovered paper fibre gets pulped into new paper. The specific process differs by material, but the loop, use, recover, reprocess, reuse, is the same idea across all of them.

It's measurable for metals specifically, recycled steel and aluminium use dramatically less energy and raw ore than virgin production, covered in detail in our environmental impact guide. The same underlying logic, less new raw material extracted per unit of output, applies to paper (less virgin timber pulp) and plastics (less virgin petrochemical feedstock), even where the precise numbers differ by material.

Because sourcing or offloading multiple material types doesn't mean using multiple platforms. A business generating scrap steel, e-waste, and cardboard from the same operation can list all of it in one place instead of finding a separate buyer for each material stream.