The culture of innovation at Endress+Hauser goes far beyond research and development.
Utilities are essential to the operation of industrial plants. The problem is that lots of process energy vanishes unused. To do something about that, you need to make the right adjustments – using the right measuring technology.
To save energy, you first need to know how much is being consumed. Which is exactly what the EngyCal RH33 BTU meter has been measuring for years. Given the rising cost of energy and stricter emissions requirements, this evergreen instrument is gaining even stronger appeal.
Chemical recycling can help industry save millions of tonnes of fossil-based primary feedstocks and mitigate the global plastic waste problem. Analytical instruments deployed in the recycling process deliver key decision-making data.
Hydrogen is considered key to the energy transition and climate neutrality of entire industries. All along the value chain, companies are working on innovative technologies and applications to help this new energy carrier achieve a breakthrough. Here are three examples.
Companies constantly have to adapt to their environment, overcome crises and seize opportunities. These days, many of them fall by the wayside much earlier than a few decades ago. What is it that long-lived and successful businesses do right? Or what do they do differently? Time to consult the survival manual.
A digital twin is the virtual likeness of a real-world object. Underlying that likeness is a wealth of data and algorithms that can be used to simulate aspects such as installation and functioning. But Endress+Hauser’s vision goes further: the goal of a digital twin is to offer added value for customers across a product’s entire life cycle.
Endress+Hauser is developing the Netilion IIoT ecosystem in small steps. This approach lets users quickly and easily derive benefits from their data – and ensures that the solution fits their needs perfectly.
Brewing beer with the help of an algorithm: a new multi-sensor system models the fermentation process in real time. The live feed from inside the tank is made possible by a combination of various measurement methods with IIoT technology.