A steel company uses an electromagnetic flowmeter to measure the treated effluent and recycle the effluent in the cooling tower. Through wastewater reuse, companies have significantly reduced their reliance on freshwater resources, reduced operating costs, and reduced pressure on the environment.

Wastewater Reuse

Flow Watch: Put a Watch on Your Pipes

The upper model is BQF606

The below model is BQF607

BQF606 aluminum alloy material, adjustable sensor distance, universal meter for small pipe diameters;

BQF607PP plastic material, resistant to acid and alkali corrosion; one to one for different pipe diameters and specifications

Small Flow Solution

Steam flow metering is related to the density of steam, and the density of steam changes with the temperature and pressure of steam. Therefore, in the steam flow metering, it is necessary to reasonably compensate the temperature and pressure, and correct the density, so as to improve the correctness of the steam flow measurement and reduce the measurement error. Steam is divided into saturated steam and superheated steam, and the density of steam is different at the same pressure due to the different properties of steam. As a result, the measurement methods used in the metering of steam flow are also different. According to the nature of the measured steam, the measuring instruments, meters and compensation methods should be reasonably selected.

Steam Solutions

In practical applications, tuning fork density meters have shown extremely high value. For example, in the petrochemical industry, the density of raw materials and products needs to be accurately measured to ensure product quality and optimize the production process. Tuning fork density meters can play an important role in these scenarios, helping companies improve production efficiency, reduce costs, and improve product quality. In addition, tuning fork density meters are also used in many fields such as medicine, environmental protection, food, etc.

Density Solutions