The winter weather is cold, and the production process of silicon carbide brick factory needs to consume a lot of energy to meet the operating needs of equipment. At the same time, with the strengthening of environmental protection policies, the emission standards of enterprises are becoming increasingly strict. Therefore, silicon carbide brick factory must take measures to meet the winter environmental challenges, reduce energy consumption, reduce emissions, in order to achieve sustainable development.

For the green transformation of friction press, we propose the following schemes:

Technical transformation: The use of advanced energy-saving technology to transform the friction press, such as replacing high-efficiency motors, installing frequency converters, etc., to improve equipment efficiency and reduce energy consumption.

Management optimization: Establish a sound energy management system, strengthen the monitoring and regulation of energy use, and ensure the rational use of energy.

System construction: Formulate a reward and punishment system for energy conservation and emission reduction, encourage employees to actively participate in energy conservation and emission reduction work, and improve the awareness of energy conservation in the whole factory.

A silicon carbide brick factory in the face of winter environmental challenges, decided to carry out green transformation of friction press. The following are specific implementation cases:

Technical transformation: The plant adopts advanced energy-saving technology to transform the friction press. First, replace the original motor with a high-efficiency motor to improve the operation efficiency of the equipment; Secondly, the frequency converter is installed to achieve automatic adjustment of motor speed and further reduce energy consumption. After the transformation, the energy consumption of the equipment is reduced by 20% and the production efficiency is improved.

Management optimization: The plant has established a sound energy management system to strengthen the monitoring and regulation of energy use. By installing an energy monitoring system, the energy consumption of equipment can be monitored and adjusted in real time. At the same time, the management of equipment maintenance is strengthened to ensure that the equipment is in good condition and improve the operation efficiency of the equipment. Through the implementation of these measures, the energy efficiency of the plant has been significantly improved.

System construction: The factory formulates a reward and punishment system for energy conservation and emission reduction, and encourages employees to actively participate in energy conservation and emission reduction work. For example, employees with excellent performance in energy conservation and emission reduction will be rewarded; Punish energy wastage and excessive emissions. The implementation of this system has effectively improved the awareness of energy conservation in the whole plant and promoted the development of energy conservation and emission reduction work.

The green transformation of friction press in silicon carbide brick plant is an effective means to deal with the challenge of environmental protection in winter. Through measures such as technological transformation, management optimization and system construction, the goals of improving equipment efficiency, reducing energy consumption and reducing emissions can be achieved. Practical production cases show that green transformation has feasibility and economic benefits, which can provide reference for related enterprises.