HK-6010 Smoke Emission Reduction Online Monitoring SystemyesA new type of equipment independently developed by Beijing Huakeyi Technology Co., LtdReal time measurement of pH value of desulfurization alkali solution, uploading the measurement data to the server of the Environmental Protection Bureau through GPRS/3G public network, thereby enablingOn site users can promptly detect whether the pH value of desulfurization alkali solution meets the standard; Meanwhile,The Environmental Protection Bureau is capable of real-time networked monitoring of the pH value of desulfurization alkali solution in various boiler flue gas treatment systems, effectively monitoring the operating conditions of desulfurization and dust removal devices, thereby achieving regulatory purposes. Moreover, the investment and operating costs are very low, making it very easy to promote and apply.Now successfulUsed for monitoring the operation of boiler emission reduction systems (such as environmental protection bureau supervision, pollutant discharge enterprise self-control supervision, etc.).

Wet flue gas desulfurization of coal-fired boiler exhaust gas is a commonly used exhaust gas emission reduction technology for small and medium-sized coal-fired boilers. Its principle is that sulfur dioxide in coal-fired boiler exhaust gas reacts with alkaline circulating water (hereinafter referred to as alkaline solution) to achieve desulfurization and denitrification. At the same time, alkaline solution can also remove smoke and dust, purify the flue gas, and reduce the pollutant emissions of coal-fired boilers by more than 90%. To ensure stable absorption of sulfur dioxide by alkaline solution, alkaline solution should be added in a timely manner to ensure a pH value of ≥ 9.

Through GPRS/3G public network, the monitoring data is uploaded to the server of the environmental supervision department, allowing environmental supervision personnel to monitor the emission reduction operation of coal-fired boilers in their jurisdiction without leaving home, reducing the workload of supervision personnel and improving efficiency;

PH measurement sensor automatic cleaning system, free of manual maintenance；

Real time monitoring of on-site instrument measurement values and operating curves around the clock;

Judging the operational reliability of the emission reduction system through historical monitoring curves.