The aim of the ENCOP project is the development of tools for the reduction of the energy demand and CO2 emissions of an integrated steelwork. The relevant operational data, energy flows and CO2 emissions of the integrated steelworks of LUCCHINI in Piombino (in the following LU) and ArcelorMittal...

The project aimed at reducing the environmental impact of EAF steelmaking by providing plant managers and technicians with a consolidated and understandable metric to quantify and monitor the overall environmental impact of the production cycle. Such ambitious objective was achieved through the...

The overall aim of the project is to improve efficiency of resources (materials, water, energy) in integrated steelmaking plants both by minimising them at source and by finding integrated solutions for recycling, reuse, treatment of waste water, slag, sludge and dust. To achieve this aim, the...

Fertilisers produced from ferrous slags have been used in agriculture since the end of 19th century. The objective of this project is to evaluate the effects of currently produced iron and steel slag (BFS, BOFS and LFS) fertilisers and liming materials on crop yields and quality as well as on...

The overall aim of the project is to improve efficiency of resources (materials, water, energy) in integrated steelmaking plants both by minimising them at source and by finding integrated solutions for recycling, reuse, treatment of waste water, slag, sludge and dust. To achieve this aim, the...

The aim of this project was to develop an advanced product quality supervisory system for flat steel production based on high resolution (HR) measuring data. To achieve this ambitious target new methods have been developed, employing innovative software technologies and modern computation...

The project aimed at reducing the environmental impact of EAF steelmaking by providing plant managers and technicians with a consolidated and understandable metric to quantify and monitor the overall environmental impact of the production cycle. Such ambitious objective was achieved through the...

The aim of this project was to develop an advanced product quality supervisory system for flat steel production based on high resolution (HR) measuring data. To achieve this ambitious target new methods have been developed, employing innovative software technologies and modern computation...