Career at thyssenkrupp | Engineering | People at thyssenkrupp | Smart energy | Sustainability and climate protection | It’s an ambitious goal: thyssenkrupp aims to be completely climate-neutral by 2050. For energy-intensive steel production in particular this means nothing less than a radical change in production processes. One engineer working on the future of steel production is Najat Aya.

future of production | Sustainability and climate protection | The national hydrogen strategy of the Federal Government is currently on everyone's lips. It is intended to contribute to further developing the energy transition and to enable a complete transition to a green and sustainable society. Germany can set a good example today and become a pioneer in green hydrogen technologies. We have summarized the most important points of the national hydrogen strategy and looked at the impact it has on the industry in Germany.

Corporate culture | energy concepts | future of production | innovation | Sustainability and climate protection | trends of technology | Green hydrogen is considered the energy carrier of the future and Germany wants to play a leading role in this. Within the framework of the National Hydrogen Strategy, the German government plans to support the industry with around nine billion euros in the transformation to a hydrogen economy. The beneficiaries will be plant constructors, hydrogen producers and hydrogen users. thyssenkrupp will also profit, says board member Dr. Klaus Keysberg.

Sustainability and climate protection | Worth knowing | Due to the Corona pandemic, food cans have been at the top of the list for stockpiling for several weeks now. What few people know: Tinplate cans not only provide a full pantry. They are also one of the most environmentally friendly packaging materials of all.

future of production | Sustainability and climate protection | For thyssenkrupp the goal is clear: By 2050 our steel production is to become carbon neutral. With our climate strategy we are stepping up our existing activities to reduce emissions, stand for social responsibility and are committed to the Paris Climate Change Agreement of 2015.

energy concepts | innovation | Sustainability and climate protection | trends of technology | Hydrogen is the element that occurs most frequently in our universe. It is found all around us and can be used as a climate-neutral energy carrier. Thus, the light H2 molecule could become the key to a successful energy transition. However, this will only succeed if the so-called 'green' hydrogen is put to use.