SDG’s of application
Offers from Luleå University of Technology
DISIRE Horizon 2020
With the DISIRE project the properties of the raw materials or product flows will be fully integrated in a unique inline
DISIRE was inspired by the needs of multiple industrial sectors, including the non-ferrous, ferrous, chemical and steel sectors, aiming to evolve the existing industrial processes through an overall resource and energy efficiency paradigm, by developing a miniaturized Process Analyzing Techniques (PAT) technology, capable of being inserted into flows of raw materials. The "Intelligent Raw materials" concept allows better characterization of the material, optimization of the processing plants, increase of the process intensification and energy efficiency in Chemical, Steel, and Mineral processing, and also improve the industrial combustion processes. Furthermore, DISIRE developed and evaluated a novel framework combining existing sensory readings, along with inline sensors that transmit data in near real time to a cloud infrastructure, which can process the data and create online PAT for control reconfiguration. DISIRE advanced the current state of the art by introducing architectures that can reduce the consumed energy, improve the quality of the products and reduce the impact on the environment, by reaching the following technological objectives: a) Miniaturized PAT, b) multi-objective inline sensing, c) increased efficiency in copper production and ferrous mineral processing, d) IPC novel arcitectures and e) demonstration of the impact on real life processes.