Automatic analyzing monitoring and control system of temperature moisture and oxygen in aerobic composting basin

摘要

The present invention relates to a device for continuously measuring and monitoring the temperature, water content and oxygen (O2) in an aerobic composting tank continuously, and controlling the blowing amount of the blower and the stirring frequency of the fermentation stirrer.;The present invention is to continuously monitor the composting condition while automatically measuring the temperature, moisture content, and oxygen concentration, which are the influence factors of the process of composting high-concentration organic wastes aerobically, automatically and continuously performing the conventional manual and one-time measurement method. It is possible to make measurements, monitor the measured data in real time, control the blowers and agitators necessary for the operation of the facility, and install web cameras to monitor specific operating conditions when necessary. Real-time monitoring of composting facility operating equipment using the Internet is possible in the central control room and remote areas;As such, the present invention enables continuous measurement of temperature and water content in the operation of aerobic composting tanks, thereby enabling the establishment of an appropriate operating mode according to changes in environmental conditions and the human body such as odors and corrosive gases generated in composting tanks. The exposure of the driver can be minimized from harmful environmental conditions.;In addition, real-time monitoring of driving data enables immediate response to changes in fermentation conditions in aerobic composting tanks, and the application of web-based remote monitoring systems enables the inspection of driving conditions using the Internet from outside areas. Coping can proceed effectively.;On the other hand, in addition to the monitoring of the operation state is configured to enable automatic control of the operating equipment such as blowers and fermentation stirrer can greatly contribute to the reduction of manpower required for the operation of the facility and operating costs such as power costs are reduced.