An Application case of process monitoring of a certain chemical company in Shaanxi

Shaanxi Certain Chemical Co., Ltd. is a large-scale energy and chemical enterprise that integrates the comprehensive conversion and utilization of coal, oil, and chemical resources. Established in 2011, the company primarily engages in the production and sale of coal-based clean oil products and fine chemicals, as well as coal mining and raw coal washing and processing. It owns China’s first demonstration facility for indirect coal liquefaction with an annual capacity of one million tons, along with a modern, high-yield, and efficient mine producing fifteen million tons of commercial coal annually. The company is among the few domestic enterprises that have mastered both low-temperature and high-temperature Fischer-Tropsch synthesis technologies.

Applied Products:
ZDYG-2088A Explosion-Proof Turbidity Meter
DDG-3080BT Explosion-Proof Conductivity Meter

In the energy and chemical industry, water quality plays a critical role in ensuring product quality and production safety. Excessive impurities in water can not only compromise product standards but also lead to serious operational issues such as pipeline blockages and equipment failure. To address these concerns, Shaanxi Certain Chemical Co., Ltd. has installed explosion-proof turbidity meters and conductivity meters manufactured by Shanghai Boku Instrument Co., Ltd.

The explosion-proof turbidity meter is a specialized instrument designed to measure water turbidity. It enables real-time monitoring of water quality during production processes, allowing for prompt detection of issues such as excessive impurity levels. Conductivity serves as an indicator of ion concentration in water and reflects its electrical conductance capability. High ion content may negatively affect product quality and interfere with the normal operation of production equipment. By deploying the explosion-proof conductivity meter, the company can continuously monitor ion concentrations and swiftly identify abnormal water conditions, thereby preventing potential production accidents caused by water quality deviations.