石油・ガス 石油・ガス | HBM

石油・ガス関連ソリューション

重要な原材料である石油やガス。重要なのはそれらの加工や輸送が効率よくおこなえるかどうかです。

HBMの計測ソリューションは、石油・ガス関連施設やコンベヤ、パイプラインの耐久性や負荷状況を正しく計測しそれらの最適化をサポートします。

Technical Article: Drift in Bonded Foil Strain Gauge-Based Sensors

Bonded foil strain gauges offer a unique combination of range, accuracy, and stability required in harsh environments common in the oil and gas industries.

White Paper: Drift in Bonded Foil Strain Gauge-Based Sensors

Bonded foil strain gauges offer a unique combination of range, accuracy, and stability required in harsh environments common in the oil and gas industries.

Load and fatigue testing of pipelines and other infrastructural facilities

Electrical and optical strain gauges from HBM allow fatigue tests to be performed - during development and production as well as during use.


HBM technology also enables infrastructural facilities such as compressor stations to be monitored.

Case Study: Mitsui Babcock - on bending and breaking

Structural testing and experimental stress analysis with HBM

Efficiency measurements using torque transducers in gas compressor stations

The use of torque transducers in gas compressor stations facilitates precise acquisition of the drive power. This is a major prerequisite for optimal control of the compressor stations with minimal use of energy.

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Virtual fatigue and load tests using HBM nCode software

nCode simulation software from HBM helps to optimize product durability and enables fatigue life prediction during component design and development stage. nCode software also manages and enables sharing of service data from huge infrastructural facilities.

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Pipeline monitoring using fiber optic strain sensors

Using strain gauges to monitor stress on oil and gas pipelines helps prevent failure, but using them effectively and affordably requires highly skilled technicians. However, a new pipeline monitoring solution using fiber optic strain sensors offers enhanced ease of use.

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Your benefits with HBM

  • Durability and protection of your investments
  • Minimization of raw material loss during transport
  • Optimization and significant reduction of energy use in compressor stations