The long tradition of Tenova in flameless leading-edge combustion technology allows to maintain NO_X emissions well below the next future strictest limits – releasing less than 80 mg/Nm³ @ 5 % of oxygen with furnace at 1,250 °C – also working with 100 % hydrogen and maintaining an optimal heat transfer uniformity within the furnace. The quantity of hydrogen can be simply regulated through the burner control logic, allowing steel producers to adapt the fuel mixture to contingent needs without any mechanical intervention.
Tenova’s hydrogen flameless combustion system is equipped with the novel Smart Burner Monitoring System (SBMS), which permits to monitor and optimise the burner’s performance, operation and maintenance thanks to a network of embedded sensors connected to the Tenova Digital infrastructure, through secure connection protocols and intrinsic system reliability.
The data collected are post-processed locally on an edge computing unit and remotely on Tenova Cloud, to monitor the status of the burner and implement breakthrough approaches to inspection, maintenance and tuning, also reducing safety risks related to on-site operations.
“This achievement paves the way to a significant reduction of the carbon footprint of hot rolling processes without compromising productivity, while leaving steel producers total flexibility to modify the percentage of hydrogen through a simple change in the control software settings. This is not the only reason why we call our burners “smart”: thanks to our sensor system technology, we will be able to support our customers remotely to guarantee optimal performances for each burner”, affirmed Antonio Catalano, Tenova EVP and Head of Digital Transformation. “Moreover, the SmartBurner Industrial IoT platform represents the cornerstone of the next generation of industrial combustion systems. The most cutting-edge, sustainable technology based on solid experience and extensive know-how: this is what we offer to our customers”.
_{(Source: Tenova S.p.A.)}