Interested in finding out a bit more about the historical background of the metals and compounds of Umicore?
Umicore focuses on 'clean' technologies
Our knowledge of metals offers energy-efficient and environmental-friendly solutions which respond to the growing awareness of the limits to our natural resources and the necessity of dealing with our environment in a sustainable way: “materials for a better life”, but also for a cleaner environment.
Umicore – via its many historic predecessors – has been dealing with metals for more than 200 years: we’re a true leader in our knowledge of metals.
That knowledge allows us to offer many crucial, yet often invisible, building blocks to be used in rechargeable batteries for laptops and mobile phones, solar cells to power satellites and for solar panels, as well fuel cells to be used in the future generation of environmentally friendly cars. In short, Umicore offers a platform of solutions to generate and store energy in an efficient, sustainable and environmentally friendly way
Umicore invests heavily in research and development to render these materials increasingly effective and limit the use of scarce resources to the bare minimum. More broadly, 80% of our research efforts go into ‘clean technologies’. Another result of these research efforts can be found in the cost-efficient catalyst technology cutting the N2O emission in the fertilizer industry.
And the story of Umicore does not end there. Since metals can be recycled almost infinitely without losing any of their inherent qualities, Umicore has also completely mastered that technology as the world’s biggest recycler of precious metals. Sustainable development is our business.
Selecting the links in the above text will give you a better look at the world of metals, materials-technology and those applications – both commonplace and hi-tech – at which Umicore excels.
Umicore extends production line at Cheonan (South Korea)