About Copper

copper recycling scrap metal strips
copper recycling value chain diagram
Click to enlarge.

Europe’s demand for copper is increasingly met by recycling

According to the International Copper Study Group (ICSG), about 50% of the copper used in Europe comes from recycling. This reveals our copper requirements are increasingly being met by metals recycling. This win-win situation is helping to supply our ever-increasing demand for the metal (+250% since the 1960s) while, at the same time, lessening the environmental impact of its production and ensuring sustainability and availability for generations to come. A computer contains around 1.5 kg of copper, a typical home about 100 kg and a wind turbine 5 tons. Considering copper can be fully recycled and reused again and again, without any loss of performance, we have every incentive to ensure our products and copper waste are correctly processed when they reach the end of their useful lives. After all, the copper from one’s smartphone could end up as part of the water system in one’s home!

Copper recycling and waste management have become an important part of the supply chain, keeping resources local, creating local jobs, saving on landfill site space and incentivising the recycling of other materials.


In 2014, 2.1 million tons of copper were reused in Europe, coming from end-of-life products and directly-recycled factory waste. This increased recycling of copper is being driven by the growth in use of the metal across the planet and by demand for world class European companies’ pioneering technologies allowing for increased efficiency in refining secondary (low grade) scrap and in processing for direct melt high purity copper scrap. Copper is omnipresent in the equipment modern life depends upon more and more, namely high-tech products, electrical installations, engines, solar systems and smart buildings. Read more in the Applications section.

Since the mid-1960s, global demand for refined copper has increased by over 250% (from 5 million to 20 million tons). Mine production remains vital in order to meet this growing demand. Ensuring that sufficient copper will be available to meet society’s future needs will require increased levels of recovery and recycling, as well as substantial investments in mining.

The Copper Flow Model

A comprehensive study of the stocks, flows and recycling rates for copper has been developed by the Fraunhofer Institute. This complex, three-year study has resulted in an improved understanding of how copper is used and re-used by society.

2012 EU copper stocks and flows diagram

Click on image to enlarge. European copper stocks and flows 2012. © Fraunhofer ISI

Dynamic Analysis of Global Copper Flows

A comprehensive study of the stocks, flows and recycling rates for copper has been developed by the Fraunhofer Institute in Germany. This complex, three-year study, has resulted in a much improved understanding of how copper is used and re-used by society.

Recycling Saves Energy and CO2

Recycling copper is a very efficient way of reintroducing a valuable material back into the economy. It requires up to 85% less energy than primary production. Around the world, it saves 100 million MWh of electrical energy and 40 million tonnes of CO2 annually.
copper recycling contribution to EU economy infographic
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