1. Calibration failure
Harsh environments and mechanical shocks can damage the instrument. Gas concentrations exceeding the detectable range will damage the sensor. Filter membranes and sensor ports can also be severely affected by contamination from liquids, dirt, and dust.
2. Quick detection failed
No matter how the gas concentration in the air fluctuates, if the sensor and filter membrane are damaged, the degree will not change. In order to ensure that the detector is working properly, regular quick tests are necessary.
3. The risk of moving makes things harder
Temporary area monitoring or the setting of on-site warning areas make mobile operations in known hazardous environments no longer dangerous.
4. The detector cannot cope with extreme environments
The oil and gas production environment is extremely harsh, the temperature difference varies greatly, and it is exposed to seawater and hot and humid environment for a long time, which poses a serious challenge to the stability of the detector.
5. Complex user interfaces are time-consuming and labor-intensive
Impersonal operation interface and complex operation and maintenance work lead to increased costs and reduced field work efficiency.
6. Ignore the fault alarm
The fault alarm needs to be paid enough attention and reduced to avoid the time and money cost, thereby improving the working efficiency of the detector.
7. Ignore data
Event data analysis, including alarms and faults, is necessary for staff to predict risks and ensure safety.
