One sentence summary – Baker Hughes has introduced Druck hydrogen-rated pressure sensors that are designed to provide long-term stability and durability in harsh environments, addressing the degradation of performance caused by long-term exposure to hydrogen gas and ensuring accurate and stable measurements in hydrogen-related applications.
At a glance
- Baker Hughes has introduced Druck hydrogen-rated pressure sensors
- These sensors are designed for longer-term stability and durability in harsh environments
- They find application in sectors such as gas turbines, hydrogen production electrolysis, and hydrogen filling stations
- The main challenges faced by pressure sensors in these applications are degradation of performance due to long-term exposure to hydrogen gas and hydrogen permeation and embrittlement of the isolation diaphragm
- The Druck hydrogen pressure sensors utilize high-performance barrier coating technology to protect the sensor element and ensure long-term reliability and accuracy
The details
Baker Hughes, a leading energy technology company, has recently introduced Druck hydrogen-rated pressure sensors.
These sensors have been specifically designed to provide longer-term stability and durability in harsh environments.
They find application in various sectors such as gas turbines, hydrogen production electrolysis, and hydrogen filling stations.
Challenges Faced by Pressure Sensors
One of the key challenges faced by pressure sensors in these applications is the degradation of performance due to long-term exposure to hydrogen gas.
The main factors affecting sensor performance are hydrogen permeation and embrittlement of the isolation diaphragm.
Therefore, the construction of a hydrogen sensor plays a crucial role in maintaining accuracy and stability.
Druck Hydrogen Pressure Sensors
Baker Hughes has developed the Druck hydrogen pressure sensors to overcome these challenges.
These sensors utilize high-performance barrier coating technology.
This advanced coating serves to protect the sensor element from the harsh effects of hydrogen.
It ensures long-term reliability and accuracy.
With the implementation of the barrier coating, these sensors offer customers a minimum lifespan of five years across a wide range of pressures.
This extended lifespan ensures dependable and consistent performance.
It provides businesses with reliable data in critical operations.
Advancements in the Field
The Druck hydrogen-rated pressure sensors are a significant advancement in the field.
They address a critical need for improved sensor performance and longevity in hydrogen-related applications.
Baker Hughes’ innovative technology allows for accurate and stable measurements.
This enables efficient and safe operations in industries such as gas turbines, hydrogen production, and hydrogen filling stations.
Baker Hughes continues to demonstrate its commitment to developing cutting-edge solutions by introducing these sensors.
These solutions meet industry demands and drive advancements in the energy sector.
With their launch, businesses can rely on these sensors to optimize their operations.
They ensure safety and accuracy in hydrogen-related applications.
The Druck hydrogen-rated pressure sensors from Baker Hughes offer a reliable and durable solution.
They protect against the detrimental effects of hydrogen exposure.
They deliver accurate measurements in challenging environments.
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| – Baker Hughes has launched Druck hydrogen-rated pressure sensors – |
| The sensors are designed to offer longer term stability and withstand harsh environments – They can be used in various applications including gas turbines, hydrogen production electrolysis, and hydrogen filling stations – Long term exposure to hydrogen gas degrades the performance of a pressure sensor – Hydrogen permeation and embrittlement of the isolation diaphragm are the main factors affecting sensor performance – The construction of a hydrogen sensor is crucial for maintaining accuracy and stability – The Druck hydrogen pressure sensors use high-performance barrier coating technology to protect the sensor element from the harsh effects of hydrogen – |
| The sensors provide customers with a minimum lifespan of five years across a wide range of pressures. |
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