When producing hydrogen via natural gas reforming, pressure transmitters are employed in the reactor and separation equipment. Their role is to monitor pressure changes and optimize reaction conditions to improve the efficiency of the hydrogen production process.
Challenges
Challenges associated with this method of hydrogen production include:
The measuring instrument must operate normally in the high-temperature environment found in the natural gas reforming reactor.
Because the natural gas reforming process operates at high pressure, the measuring instrument must provide accurate data even in this high-pressure environment.
Corrosive gases and liquids are common in reforming, so the measurement instrument must offer good corrosion resistance.
Hydrogen production requires responsive, highly accurate data to optimize process parameters.
The transmitter should guarantee long-term, stable operation to minimize maintenance costs.
Solutions
Micro Sensor’s transmitters offer a robust solution to these challenges:
Micro Sensor instrumentation features temperature-resistant materials and advanced high-temperature compensation technology, allowing the transmitter to offer consistent performance even in high-temperature environments.
The measurement tool boasts a robust construction and a reliable design, ensuring accurate measurements even when operating in high-pressure environments.
Corrosion-resistant materials and special coatings extend service life by allowing the instrument to withstand the effects of harsh media.
High-accuracy, rapid-response sensing technology offers users accurate real-time pressure data designed to help optimize production processes.
Micro Sensors’ measurement instruments offer long-term stability with minimal maintenance costs, thanks to their optimized design and high-quality components.
Products
Pressure transmitters
Mass flowmeters