This project will develop a continuous personalized risk score based upon artificial intelligence using the large current dataset of vital signs in WARD 24/7. This AI-enabled risk score will be a holistic representation of the physiological status of the patients, and will be deeply related to upcoming complications, in order to help health care personel with prioritizing their assignments and tend to the patients most at need. The goal is to reduce complications for patients

The global cement industry emits 7 % of total annual CO2 emissions through the calcination of limestone and by burning fossil fuels. Such processes are known to significantly contribute to climate change. The cement industry must become climate neutral whilst simultaneously satisfying cement demands. The global cement market size reached US$ 363.2 Billion in 2022. The ECem consortium proposes a new solution to this challenge through the development of electric calciner technologies that allow CO2 to be captured, stored, or utilised in a much better way than existing solutions. The total addressable market share for FLS is 18% which gives a business opportunity of 32 to 50 billions EUR. Leading Danish organisations- FLSmidth, the Danish Technological Institute, Aalborg University, and European Energy, as well as the research centre HZDR (DE), SME Plagazi (SE), and Argos (CO) - as one of the most innovative cement producers - will join forces to develop this solution. These companies have the common aim of commercialisation at a later stage and a global roll-out by FLSmidth. A potential transfer of the solutions to other industries such as chemistry, steel, and glass is possible. The ECem consortium is confident that the solution, when globally deployed to cement producers, can prevent at least 100 million tonnes of CO2 emissions per year and unlock investments in the range of several billion EUR, while creating at least 4000 new jobs in the medium- to long-term.