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?

Turbine flow meters and vortex flow meters are two mainstream velocity-type flow measurement devices widely adopted in petrochemical, power, water treatment and industrial fluid monitoring. Due to similar external installation modes and application scenarios, many industrial buyers confuse their performance characteristics and make mismatched selections.

Three major culprits behind the accuracy degradation of turbine flow meters; 80% of buyers have fallen into these traps.

With the localization rate of nuclear power equipment exceeding 90%, where are the opportunities for domestically produced monocrystalline silicon pressure transmitters?

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

Hydrogen media features low density, strong permeability and wide‑range working condition fluctuation, bringing severe technical challenges to flow measurement for electrolysis equipment, high‑pressure storage tanks and hydrogen pipeline systems.