Description

氢气的流量测量

要求

  • 适用于测量氢气
  • 高精度,遵循 MI002 标准
  • 自诊断功能

Description

氢气的温度测量

要求

  • 温度校正

Description

氢气的压力测量

要求

  • 压力校正
  • 快速响应

Description

氢气的流量测量

要求

  • 适用于测量氢气
  • 高精度,遵循 MI002 标准
  • 自诊断功能

Description

氢气的压力测量

要求

  • 压力校正
  • 快速响应

Description

氢气的流量测量

要求

  • 适用于测量氢气
  • 高精度,遵循 MI002 标准
  • 自诊断功能

Description

混合气的贸易交接级流量测量

要求

  • 遵循 MI002
  • 自诊断功能
  • 适用于 H2 应用

Description

用于混合气的贸易交接级计量系统

要求

  • 遵循当地的贸易交接标准
  • 整体运行、预组装并通过测试

Description

氢气输送管道的泄漏检测

要求

  • 管道破裂检测
  • 蠕漏检测
  • 遵循当地的标准

概览

Hydrogen transport and storage in power-2-gas power plant

Systems for leak detection and custody transfer

KROHNE has taken a major role in providing instrumentation for today’s hydrogen projects, from production via transportation until its storage and use. Hydrogen is an important key in the energy transition but unlike other gases much more difficult to handle and to control. Hydrogen is highly explosive, can diffuse through metal and seals, and causes material embrittlement. KROHNE is experienced in supplying instrumentation for hydrogen applications and has a proven track record in this industry.

ALTOSONIC V12 ultrasonic custody transfer flow meters, built according to MI-002 and calibrated for hydrogen, have been installed in hydrogen pipelines. The OPTIMASS 6400 Coriolis mass flow meter and the OPTISONIC 7300 ultrasonic gas flow meters have been used for hydrogen processing on plant. H250 VA meters are suitable for hydrogen, particularly for monitoring analyser flows. OPTIBAR DP 7060 Differential pressure transmitters, specially supplied with gold coated diaphragm process seals, are available for monitoring hydrogen pressures up to 700 bar.

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