Techint Group’s Leading technology provider Tenova is awarded two contracts by Tenaris for its mill in Dalmine in Italy. Both contracts are related to the steelmaker’s new investment in special steel production. The Dalmine project is divided into three phases, two of which will be supplied by Tenova. The first phase consists of a state-of-the-art melt shop ladle furnace. The ladle furnace will be used for secondary metallurgical treatment of the liquid steel. The second project phase will consist of a Tenova’s designed and supplied heat treatment furnace for special steel bars. This movable hood-type furnace is specifically designed to charge very large bars with a length of 12 meters and is equipped with thirty-four hydrogen-ready self-recuperative burners. These environmentally friendly burners will be capable of using up to 100% hydrogen as a fuel source.Tenova self-recuperative burners provide energy savings compared to traditional preheated air burners, playing a significant role in reducing CO2 emission levels in steelmaking plants. In addition to fuel savings, Tenova burner flameless technology produces the lowest NOx emission level. Optimal thermal uniformity, extended combustion stability, advanced control technology, low maintenance costs, and continuous product evolution are Tenova regenerative burners main and distinguished features. Flexibility in fuel combustion is also another important advantage, as they are already designed and manufactured to be hydrogen-ready.With this investment, Dalmine will produce high-grade special steel resistant to corrosion in carbon dioxide and hydrogen sulphide environments. The special steel product will also be used for renewable energy technologies such as geothermal wells.Tenova’s equipment will start production within the first half of 2022.
Techint Group’s Leading technology provider Tenova is awarded two contracts by Tenaris for its mill in Dalmine in Italy. Both contracts are related to the steelmaker’s new investment in special steel production. The Dalmine project is divided into three phases, two of which will be supplied by Tenova. The first phase consists of a state-of-the-art melt shop ladle furnace. The ladle furnace will be used for secondary metallurgical treatment of the liquid steel. The second project phase will consist of a Tenova’s designed and supplied heat treatment furnace for special steel bars. This movable hood-type furnace is specifically designed to charge very large bars with a length of 12 meters and is equipped with thirty-four hydrogen-ready self-recuperative burners. These environmentally friendly burners will be capable of using up to 100% hydrogen as a fuel source.Tenova self-recuperative burners provide energy savings compared to traditional preheated air burners, playing a significant role in reducing CO2 emission levels in steelmaking plants. In addition to fuel savings, Tenova burner flameless technology produces the lowest NOx emission level. Optimal thermal uniformity, extended combustion stability, advanced control technology, low maintenance costs, and continuous product evolution are Tenova regenerative burners main and distinguished features. Flexibility in fuel combustion is also another important advantage, as they are already designed and manufactured to be hydrogen-ready.With this investment, Dalmine will produce high-grade special steel resistant to corrosion in carbon dioxide and hydrogen sulphide environments. The special steel product will also be used for renewable energy technologies such as geothermal wells.Tenova’s equipment will start production within the first half of 2022.
