Petrochemical production involves a large number of conductive corrosive media, including acid-base solutions, salt-containing wastewater, and corrosive chemical raw materials, which pose severe challenges to industrial flow monitoring. Traditional flow meters such as turbine and vortex meters are susceptible to corrosion, mechanical wear and signal failure, resulting in inaccurate measurement and frequent equipment replacement in corrosive environments.

High-temperature and high-pressure working conditions are typical extreme environments in petrochemical, coal chemical, thermal power and process pipeline industries, placing rigorous demands on the structural stability and measurement reliability of flow monitoring equipment. Conventional flow meters and standard electromagnetic flow meters are prone to lining aging, seal failure, signal drift and accelerated component

dustry 4.0 promotes traditional industrial production toward full digitalization, intelligent interconnection and unattended refined management, putting forward higher requirements for real-time performance, measurement accuracy and data traceability of industrial flow sensing equipment. Traditional electromagnetic flow meters with analog output and fixed algorithms can no longer adapt to dynamic working condition changes and intelligent data interaction needs of smart factories.

Electromagnetic flow meters are widely applied in water treatment, chemical engineering, metallurgy, pharmaceutical and sewage monitoring industries for their advantages of no pressure loss, high repeatability and unrestricted medium density

With the rapid upgrading of industrial refined measurement and the accelerated localization of high-end instrumentation, monocrystalline silicon pressure transmitters and flow meters have become core sensing equipment for petrochemical, energy, pharmaceutical and new energy industries.

Petrochemical production features harsh operating conditions including high pressure, drastic temperature fluctuations, pipeline vibration, and long-term continuous operation.

From “Basic Measurement” to “Intelligent Digital Sensing Terminal”: The Intelligent Upgrade Path of Pressure Transmitters

Is a vortex flow meter accurate right after installation? These 6 installation details, if not followed, can double the measurement error.

Why is KIEL plank prioritized for hydrogen metering at hydrogen refueling stations? What exactly are the differences between vortex/turbine systems?