Closed-loop gas sampling system is a system that can safely collect gas samples in environments with high pressure, high temperature or containing toxic compounds. The system draws gas samples from the process equipment through a closed loop, and after a series of processing and analysis, it is safely returned or disposed of.
Position number :2101-5A-0118
Medium: normal top drainage
Model: GuO-Xueyou powder
Main material: 304/316
Working temperature: 40℃
Working pressure：0.02MPa
Design temperature: 200℃4
design pressure： L.6MPa
Cylinder closed loop sampling system
Closed loop sampling systems for gas Technical characteristics:
Closed-loop design: The system uses a closed-loop design to ensure that gas does not leak into the environment during the entire sampling process.
Material selection: Key components such as pipes, valves and sampling vessels are often made of high-quality materials that are resistant to corrosion and high temperature, such as SS316, Monel, Inconel, Hastelloy, etc.
Automated control: Many modern closed-loop gas sampling systems are equipped with automated control systems that automate the sampling, processing and analysis process, reducing human intervention and error.
Application field
Oil and gas: For monitoring wellhead pressure, temperature, and gas composition, as well as for reservoir evaluation and production optimization.
Petrochemical industry: Gas samples are collected in catalytic cracking, hydrocracking and other processes for analysis of reaction effects and product quality.
Chemical industry: Collect gas samples in ammonia synthesis, acid production and other processes to monitor process parameters and product quality.
Power industry: Collect gas samples in environmental protection facilities such as flue gas desulfurization and denitrification to monitor emission standards and pollutant concentrations.
A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).
A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).
A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).