With the continuous development of science and technology, energy issues have become the focus of global attention. In industrial production, especially in the metallurgical industry, the sintering process is an important link, but also the main part of energy consumption. However, in this process, a lot of residual heat and energy are wasted, which not only causes a waste of energy, but also causes serious pollution to the environment. Therefore, how to effectively use these residual heat and energy has become an urgent problem to be solved. This paper will propose a comprehensive solution aimed at solving this problem.
First, the waste heat and energy in the sintering process
In the sintering process, most of the heat generated by fuel combustion is used to melt ore and sinter particles, only a small part of the heat is used, and the rest of the heat is discharged into the atmosphere in the form of waste heat. At the same time, the sintering process will also produce a lot of residual energy, such as chemical energy, potential energy, etc., which is also wasted.
Second, the use of waste heat and energy
1. Waste heat recovery: Through the installation of waste heat recovery device, the waste heat generated during the sintering process can be converted into electricity or heat for other processes.
2. Residual energy recovery: By improving the sintering process, the energy utilization rate in the sintering process can be improved and the waste of energy can be reduced.
3. Recycling: Through the establishment of energy recycling system, energy efficient use can be achieved in the sintering process.
Third, comprehensive solutions
1. Establish a sound energy management system: Through the establishment of a sound energy management system, energy consumption in the sintering process can be effectively monitored and controlled, and energy efficiency can be improved.
2. Adopt advanced energy-saving technology: Through the use of advanced energy-saving technology, such as efficient combustion technology, waste heat recovery technology, etc., can effectively improve the energy utilization rate in the sintering process.
3. Strengthen the maintenance and management of energy equipment: By strengthening the maintenance and management of energy equipment, you can ensure the normal operation of the equipment and improve the energy utilization efficiency of the equipment.
4. Improve employees’ energy awareness: By improving employees’ energy awareness, employees can be guided to save energy and reduce energy waste.
Four, conclusion
Through the above comprehensive solution, the waste heat and energy generated in the sintering process can be effectively used, which can not only save energy, reduce environmental pollution, but also improve the economic benefits of enterprises. Therefore, these solutions are worth promoting in the metallurgical industry.
Post time: Nov-01-2023