From Paul Noble, DNV GL, first published here . There has been a great deal of thought about how industrial companies can keep delivering improved energy efficiency. And many companies have made great…

Headlines Current primary steel production is highly integrated; incremental efficiency improvements can only further reduce emissions by about 10%. The analysis of scenarios published recently by…

First published here Glass production is a highly energy-intensive industrial process. The container and flat glass industries (which combined account for 80% of glass production) emit over 60 million…

Picture this: A bustling manufacturing floor in Europe, where every decision about energy efficiency not only trims costs but also sparks a ripple effect—improving workplace safety, boosting employee…

Imagine a network of factories, offices, and workshops across Europe—each one balancing rising energy costs, new EU regulations, and the daily pressure to stay competitive. For many companies,…

Choosing the best techniques for waste heat recovery Darren Bryant, CEO of Heatcatcher UK, discusses best available waste heat recovery techniques for the glass industry and outlines UK government…

Aluminum production is one of the most energy-intensive industrial processes worldwide. Although about a third of global aluminum production uses electricity from hydropower sources, the increasing…

Each year industries across Europe allow a valuable source of heat energy to simply escape out their chimneys. An EU-funded project called ETEKINA has reimagined a decades-old technology called heat…

Many articles about smart cities start with a definition of what a smart city is or should be. But if this would be so easy, then there would already be common definition and no need to define it…

The following article is a summary of the report “Overview of criteria and mechanisms for product/services pricing settlement (PU)” delivered by the EU project CORALIS. And it is also a training…