Iron foundry rotary furnace power enhancement system used in metallurgy includes oxy combustion and melting apparatus

The iron foundry rotary furnace power enhancement system has the furnace of V metric tonnes capacity receiving during melting by oxy-combustion total energy of Ct kWh (Ct = 1200 + 300 V). The melting time t in minutes t = -2700((V+20) + 188 corresponds to consumption of 75-80 per cent of the energy Ct in ca. 70 per cent of the time t. The iron foundry rotary furnace power enhancement system has the furnace of V metric tonnes capacity receiving during melting by oxy-combustion total energy of Ct kWh (Ct = 1200 + 300 V). The melting time t in minutes t = -2700((V+20) + 188 corresponds to consumption of 75-80 per cent of the energy Ct in ca. 70 per cent of the time t.Improvements to the subject of principal patent 9700164 for "System for energy improvements in a rotary oxycombustion melting furnace for the manufacture of cast iron".System for energy improvements in a rotary oxycombustion melting furnace for the manufacture of cast iron, consisting of a given furnace with a capacity (V) in Tm, where a total quantity of energy (Ct) in kWh is to be applied approximately to the melting process, given by the equation:Ct = 1200 + 300 VWith the melting time (t) approximately calculated in minutes based on the equation:t = [-2700 / (V + 20)] + 188and the quantity of energy (Ct) is distributed during the melting time (t) so that approximately 75%-80% of the quantity of total energy (Ct) is consumed in approximately 70% of the initial melting time (t).Has application in the manufacture of cast iron. Sistema para la mejora energética en un horno rotativo de fusión por oxicombustión para la fabricación de fundición de hierro, que consisten en que dado un horno de capacidad (V) en Tm se le aplicará de modo aproximado, en el proceso de fusión una cantidad de energía total (Ct) en kwh que viene dada por la ecuación Ct = 1200 + 300 V calculándose, de modo aproximado, el tiempo de fusión (t) en minutos en base a la ecuación **Figura** y distribuyéndose la cantidad de energía (Ct) en el tiempo de fusión (t) de manera que de modo aproximado se consume el 75:80% de la cantidad de energía total (Ct) en aproximadamente el 70% del tiempo inicial de fusión (t). De aplicación en la fabricación de fundición de hierro. Improvements to the subject of principal patent 9700164 for "System for energy improvements in a rotary oxycombustion melting furnace for the manufacture of cast iron".System for energy improvements in a rotary oxycombustion melting furnace for the manufacture of cast ir