摘要
为解决北京卷烟厂制丝生产线两套独立的异味处理系统在实际生产过程中排潮量与处理能力不匹配而引起的能源浪费问题,对车间异味处理系统的控制方式进行了优化改进。将独立运行的两套异味处理系统合二为一,通过调节异味处理系统风机频率和主、备系统切换方式,使异味处理系统处理能力与制丝线排潮量始终保持一致。应用效果表明,改进后异味处理系统可根据制丝线各生产工序的开启、排潮量进行合理的调节和控制,电耗由15000 kW.h/月左右下降到8000 kW.h/月左右,有效降低了制丝生产中的能源消耗。
In the two independent odor treatment system in Beijing Cigarette Factory, the volume of moist gas exhausted from the primary processing line and the capacity of the odor treatment system were not in proper balance, it resulted in considerable energy waste. Therefore the systems were modified. The two independent systems were integrated into one. By regulating the fan motor＇s frequency and switching between main system and standby system, the odor treatment capacity was always kept in line with the volume of moist gas exhausted from the primary processing line. The application results showed that, the odor treatment system was reasonably regulated and controlled following the variation of exhaust volume from primary processing line and the on or off of each process step, power consumption decreased from 15000 to 8000 kW.h/month.
出处
《烟草科技》
EI
CAS
北大核心
2012年第6期27-30,共4页
Tobacco Science & Technology
关键词
制丝生产线
排潮
异味处理
风机频率
能耗
Tobacco Primary Processing line
Moisture exhaust
Odor treatment
Fan motor frequency
Energyconsumption
