Clean technologies from Linde help transform the costs of climate protection into good investments for the future.
Global energy demand is rising and will have doubled by 2050, according to the International Energy Agency (IEA). This increase is being driven by increasing industrialisation in emerging economies as well as by the growing world population. Although only around 15 percent of the world's population resides in industrial nations, it currently accounts for half of global energy consumption every year.
Despite the fact that nobody can predict the consequences of climate change with complete certainty at this point, we are already aware of the risks. The German Institute for Economic Research (DIW) puts a EUR 137 billion price tag on damage resulting from climate change by 2050 in Germany alone if corrective measures are not implemented in time.
We can achieve this by diversifying the sources of energy we use as well as converting to renewable resources.
Among other things, Linde's innovative CO2 management technologies are helping drive the transition to new forms of energy sourcing and utilisation that impact the environment as little as possible.
The company is actively involved, for example, in developing the essential process technologies that capture CO2 emitted by coal-fired power plants during combustion.
We are also a leader in the hydrogen refuelling technology; together with partners from the automotive industry, we are driving the development of a hydrogen refuelling infrastructure.
These and other "Clean Technologies" help turn the costs involved in climate protection into wise investments that secure our future. Measures to combat climate change are creating new market opportunities such as technologies that enable CO2-neutral energy generation as well as goods and services with a more efficient carbon balance. With energy-efficiency technologies and eco-friendly energy sourcing solutions, The Linde Group will continue to make a solid and lasting contribution to the battle against climate change.