How Endress+Hauser helps customers to improve their products and manufacture them even more efficiently.
To achieve a more circular economy, the world must transition away from fossil energy and towards decarbonization. Green hydrogen will play a key role in this. Much depends on how it’s produced and transported – challenges that require innovative solutions paired with precision measurement technology.
The transition to a circular economy can only succeed if its many stakeholders work together as one, says Covestro’s chief technology officer Thorsten Dreier. For Endress+Hauser CEO Peter Selders, willingness to cooperate is therefore the key.
Egypt is using a world-record-breaking plant to treat enough wastewater to develop new farmland. As the main supplier of measurement technology, Endress+Hauser ensures that every drop is precisely monitored.
With complex international projects, Endress+Hauser also handles customers’ supply chain management. From the life sciences industry comes a demonstration of the immense difference this makes.
Data helps industry to optimize production – and is essential for the transition to a sustainable energy supply. But more standardization is needed, say Frank Stührenberg, CEO of Phoenix Contact, and Endress+Hauser CEO Matthias Altendorf.
Shell executive Harry Brekelmans and Matthias Altendorf talk about the strengths of long-term relationships.
Global climate protection and the associated decarbonization measures are gaining momentum. And it’s not only at the political level: as investors steer global money toward green technologies, entire industries are undergoing fundamental change. For hydrocarbon-dependent process industries, this brings both new challenges and major opportunities. We take stock of the situation.
With its three modernized seaports in Dar es Salaam, Tanga and Mtwara, Tanzania wants to reinforce its role as a major trade center in East Africa. To support this effort, Endress+Hauser is supplying advanced measurement technology – an extraordinary project that turned into a real challenge under pandemic conditions.
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